Quantum Gravity and String Theory

Complex Time Relativity

Authors: Carl Andrew Brannen
Comments: 13 Pages. Submission for the annual Gravitation Essay Contest, 2026

We propose a reformulation of relativistic physics based on complex time and discrete structure. Relativistic kinematics is derived as the infrared limit of a single cubic lattice with local unitary dynamics, where Lorentz symmetry emerges as an accidental long-wavelength symmetry. The same lattice, governed by full octahedral (Oh) symmetry, organizes fermionic degrees of freedom through representation structure rather than continuum assumptions. Gravitation is then reconsidered by reorganizing the physical degrees of freedom of general relativity on a flat background, representing gravitational effects through modified propagation dynamics without adding new dynamical content. The framework preserves the verified predictions of special and general relativity while suggesting that spacetime symmetry and particle structure arise from a common discrete foundation.
Category: Quantum Gravity and String Theory

Lamp Bead-Glow Model: A Realist Exploration of a Unified Framework for Quantum Mechanics and Gravity

Authors: Shun Yao, Yunsheng Shu, Zhiyong Yao
Comments: 75 Pages. (Note by ai.viXra.org Admin: Please cite and listed scientific references) In Chinese; license: CC BY 4.0

This paper proposes a realist interpretive framework for quantum phenomena based onstring theory —the Lamp Bead-Glow Model (LBM). The model regards quantum particles as composites of "lamp beads" (high-frequency localized vibrations of strings) and "glow" (extended physical fields excited by strings), providing a unified physical explanation for phenomena such as wave-particle duality, double-slit interference, the Aharonov-Bohm effect, quantum tunneling, and quantum entanglement. On this basis, the concept of a "micro-gravitational domain" is put forward —each atom generates a micro-scale spacetime curvature unit due to its rest mass, and the macroscopic gravitational field is an "emergent gradient matter field" formed by the superposition of a vast number of micro-gravitational domains. This paperargues that the spacetime curvature in general relativity can be regarded as a geometricizedequivalent description of this emergent field. The model presents testable predictions, includingthe neutral-atom Aharonov-Bohm effect and a comparative experiment on electrons with equalkinetic energy from different sources, and also discusses the theoretical limitations of the current framework and future research directions in an open and honest manner. The purpose of thispaper is to provide a conceptual basis for academic discussion rather than a final conclusion.
Category: Quantum Gravity and String Theory

Unified Chordal Resonance Theory (UCRT)

Authors: Jessica Bower
Comments: 17 Pages.

Unified Chordal Resonance Theory (UCRT) proposes that gravity, the Standard Model of particle physics, dark matter, dark energy, and cosmology all emerge from a single multitonal vibrational scalar field $ Psi_text{total} $ governed by one dominant nonlinear coupling $ lambda_text{nl} $. The ever-present baseline hum $ Psi_text{total},0 $ at near-Planck frequencies undergoes beat interference and resonance cascades, dynamically generating fermion mass hierarchies, gauge symmetries via rotations on a compact internal manifold ($ S^3 $), fuzzy black hole cores, hybrid dark matter halo profiles with exponential cores and subhalo suppression below $ sim 10^8 M_odot $, and late-time dark energy evolution from phase diffusion. UCRT resolves black hole singularities through diffusive cores, the missing satellites problem via destructive tone interference, and the matter-antimatter asymmetry through phase-driven CP violation, while remaining consistent with Planck CMB, DESI BAO, JWST ultra-faint dwarf observations, and precision flavor data. Quantum corrections via vibrino loops preserve unitarity, and RG flows reach an asymptotic safety fixed point for UV completeness. Near-term falsifiability is provided by amplified GW echo trains and sidebands (LISA), chiral low-$ ell $ B-modes (CMB-S4), hybrid DM cores/subhalo counts (JWST/LSST), $sim$10 TeV resonances (FCC), and phonon analog signatures in tabletop experiments.
Category: Quantum Gravity and String Theory

Gravitational Sourcing from Decoherence History

Authors: Paul Dangelo
Comments: 6 Pages.

The paper proposes a novel experimental protocol to test a fundamental question at the intersection of quantum mechanics and general relativity: Does a quantum system's ability to generate (source) a gravitational field depend on its quantum state history—specifically, its accumulated decoherence?Standard semiclassical gravity assumes that a mass sources gravity based purely on its mass-energy expectation value, regardless of whether it is in a coherent quantum superposition or a classical mixture. This paper introduces an "Activation Hypothesis," suggesting that a system must build up irreversible entanglement with its environment (accumulated decoherence) to "activate" its gravitational sourcing capacity.
Category: Quantum Gravity and String Theory

The Fibonacci-Tetrahedral Lattice: A Unified Geometric Origin for Dark Matter and Dark Energy

Authors: Andrew Ebanks
Comments: 11 Pages.

This paper proposes the Fibonacci-Tetrahedral Lattice (FTL), a discrete geometric substrate for the vacuum derived from an E8-to-3D projection. By treating space as a quasicrystalline packingrather than a smooth continuum, we identify a foundational ‘Information-Ontology’ where the 8D lattice serves as the geometric source and 3D reality is the projected result. We demonstrate that the transition from 8D symmetry to 3D packing necessitates a 7.356◦ topological deficit (the Aristotle Gap). This geometric frustration manifests macroscopically as an entropic pressure, providing a zero parameter resolution to galactic rotation curves ("Dark Matter") without requiring new particles.Furthermore, by applying Holographic Scaling (N2/3) to the lattice nodes, we resolve the "Vacuum Catastrophe," deriving an observed energy density of ≈ 10−27.33 kg/m3 (matching Λ) from the theoretical Planck baseline.
Category: Quantum Gravity and String Theory

The Knotted Vacuum: Topological Defects in a Quantum Condensate as an Emergent Unified Theory of Particles, Gravity, and Cosmology

Authors: Sean McCallum
Comments: 13 Pages. Creative Commons Attribution 4.0 International (CC BY 4.0) (Note by ai.viXra.org Admin: Please cite listed scientific references)

The vacuum is not an empty stage upon which physics plays out. It is a dynamical quantumcondensate of overlapping standing-wave fields whose collective excitations give rise to all of physics. We propose and develop a concrete realization in which spacetime itself emerges as the elastic response of this condensate, and every massive particle is a stable topological knot (or defect) in its fabric.

Starting from a minimal pre-geometric O(4) nonlinear sigma-model Lagrangian with a Skyrmestabilizing term, we demonstrate through explicit calculations, lattice simulations, and renormalization group analysis that:

• Gravity arises as the induced curvature of the vacuum strain (Sakharov mechanism realized in the condensate);
• Baryons appear as quantized hedgehog skyrmions, leptons as hopfions, and dark matter as higher-winding topological defects;
• Neutrino masses are exponentially suppressed by topological tunneling, eliminating the needfor a see-saw or sterile neutrinos;
• The cosmological constant is naturally screened to near-zero by vacuum-shift invariance;
• Black-hole interiors are regular, finite-density knot cores rather than singularities.

Lattice simulations in 1D, 2D, and 3D confirm topological stability, emergent curvature, and realistic multi-knot binding (hydrogen and helium-4 atoms). The framework unifies quantum particles, gravity, and cosmology from a single intuitive picture: spacetime as a stretchy quantum balloon, and matter as the permanent knots we tie in it.

This work provides a complete, self-consistent candidate theory that is both conceptually elegant and ready for detailed confrontation with experiment.

Dadatic Monism: An Ontological Reinterpretation of Mass-Energy Equivalence and GR-QFT Unification via Causal Data Emittance

Authors: Darcy Facundo
Comments: 01 Pages. "Presents a new informational ontology (Dadatic Monism) to unify General Relativity and Quantum Field Theory through a redefined mass-energy equivalence formula."

1. ABSTRACTThis essay proposes a resolution to the long-standing dichotomy between General Relativity (GR) and Quantum Field Theory (QFT) through the paradigm of Dadatic Monism. It postulates that the Universe is a real-time information processing system where matter is not an inert substance, but a Data Density Anomaly (Ψ) within an Informational Plenum. By formulating the equationED=γ⋅Ψ.Vif2, we establish a causal bridge between total system energy, the fundamental limit of data propagation, and metric coherence protocols (Lorentz). The theory concludes that physical reality and consciousness are emergent byproducts of distinct levels of transduction and attenuation of this universal data stream.2. THE FUNDAMENTAL DADATIC EQUATIONThe core of this theory lies in the redefinition of mass. In Dadatic Monism, mass is the measure of "informational load" at a specific logical address of spacetime.ED= γ⋅Ψ.Vif2ED (Dadatic Energy): The total processing magnitude or computational work contained within an event.Ψ (Radiant Data Mass): The volume of information packets defining the "presence" of a particle or body.Vif =(Propagation Velocity): The constant 3×108 m.por segundointerpreted as the maximum bandwidth of the vacuum (Plenum).(Propagation Velocity): The constant 3×108 m por segundointerpreted as the maximum bandwidth of the vacuum (Plenum).3. DYNAMICS AND THE LORENTZ PROTOCOLThe theory’s validity in non-static systems is ensured by the integration of the Lorentz Factor (γ). In our ontology, γ is not merely a geometric distortion but a Buffer Management Protocol.ED=γ⋅Ψ.Vif2As the velocity of data (v) approaches Vif, the system execute different reference frames.4. UNIFICATION AND TRANSDUCTIONGravity: Interpreted as the "processing lag" imposed by high data density (Ψ). Spacetime curves not due to a force, but to accommodate heavy informational loads within the logical metric.Quantum Mechanics: Entanglement serves as evidence that data is unitary and shared at the source code level, rendering physical distance irrelevant for state synchronization.Biology and Consciousness: The Cortex is postulated as a Quantum-Informational Transducer. The "reality" we experience is an attenuated version of the Plenum, filtered to be processable by biological hardware (Soma).5. CONCLUSIONDadatic Monism offers a "naked," demystified view of physics. It replaces the search for hypothetical particles with an understanding of the laws of emittance and processing. The Universe does not "exist" in a static sense; it is causally rendered at every Planck interval.KEYWORDS: Dadatic Monism; Information Physics; Theoretical Physics; Unification; Lorentz Factor; Biological Transduction.
Category: Quantum Gravity and String Theory

Geometry and Spin Structure of the Single Oloid Manifold as the Origin of Leptonic Mass (Information-Geometric Physics System I)

Authors: Pruk Ninsook
Comments: 43 Pages.

This work presents the theoretical framework of the Information-Geometric Physics System (IGPS), which elucidates the emergence of fundamental properties in leptonic particles through the structure of the Oloid manifold [17]. Under the constraints of C2continuity and seam coupling enforced by S1 ⊥ S1 symmetry, the fundamental constituents of matter are modeled as "closed information nodes." In this framework, the spectral mass is derived as a curvature integral and a normal bundle holonomy manifesting along the manifold’s seam [13]. We prove that the moduli space of the seam under rigidity conditions yields an SO(3) symmetry group structure, naturally inducing a spin structure via the SU(2) double cover [18]. Furthermore, it is demonstrated that the geometric stiffness parameterβ = 1/(√3π) emerges as a universal geometric invariant governing the internal strain scale [3]. These results suggest that the fermion mass spectrum is directly coupled to the topological structure of the informational manifold, providing a foundational basis for the extension into composite systems and strong interactions in subsequent work [9].
Category: Quantum Gravity and String Theory

Multi-Seam Configuration and the Topological Scaling of Baryonic Mass (Information-Geometric Physics System II)

Authors: Pruk Ninsook
Comments: 25 Pages.

This research extends the scope of the Information-Geometric Physics System (IGPS) from single-node systems to composite nuclear structures via the Oloid Trinity Configuration, elucidating the topological origin of mass and the statistical properties of baryons [8, 9]. We introduce the Dimensional Jump phenomenon, representing an informational scale transition from planar scaling on the manifold’s seam to the sweep volume ofentangled folded manifolds. This transition results in the emergence of a universal geometricmultiplier G = 4 3π2, which systematically bridges leptonic mass to the nuclear mass scale.Under rigidity constraints and SU(3) symmetry, we prove that the extrinsic/interactionstrain is fixed at Δ = 2.5 through the 5/2 Theorem, enabling the master equation to predict the proton mass with 99.99% accuracy relative to CODATA standards [10]. Furthermore, it is demonstrated that Fermi-Dirac statistics and fractional spin 1/2 emerge directly from the preservation of C2 continuity on manifolds entangled through the SU(2)double-covering structure. Residual analysis confirms that manifest discrepancies align withthe order of radiative corrections in Quantum Electrodynamics (QED). These results confirmthat baryonic structure represents the most stable volumetric organization of information,effectively achieving structural closure for the origin of matter within the IGPS framework.
Category: Quantum Gravity and String Theory

The Topological Inversion Model (TIM): A Unified Framework for Cosmology and Fundamental Physics

Authors: Kobie Janse van Rensburg
Comments: 2 Pages. (Note by ai.viXra.org Admin: This submission is somewhat ill-formatted and incomplete - Please cite and listed scientific references)

The Topological Inversion Model (TIM) proposes a novel Theory of Everything (TOE) based on the principle that "Absolute Nothing" is an unstable logical null state enforced by topology. Theuniverse emerges from a reciprocal topological inversion (the "Snap") at the Planck scale, resolving the paradox of sustained nothingness. Matter is interpreted as topological defects or "knots" resisting elastic recoil toward zero density, gravity as an inward push to unravel these defects, and dark energy as the dynamic scalar field Ψ representing recoil tension. Black holes serve as recycling engines converting defects back into Ψ, driving cosmic acceleration and resolving the Hubble tension. This paper formalizes the model, derives its equations of motion, and demonstrates resolutions to key problems including singularities, the information paradox, dark matter, and fine-tuning. Predictions include correlations between black hole density and local H0, gravitational wave echoes, and dynamic dark energy evolution. TIM is consistent with the Standard Model and General Relativity in their regimes while providing a unified topological foundation without extra dimensions or supersymmetry.Keywords: Cosmology, Quantum Gravity, Topology, Dark Energy, Hubble Tension
Category: Quantum Gravity and String Theory

The Unification Achieved, How Quantum Gravity Had Already Been Solved

Authors: Bertrand Jarry
Comments: 8 Pages. Creative Commons Attribution 4.0 International (CC-BY 4.0) (Note by ai.viXra.org Admin: Please cite listed scientific references)

For a century, physicists have sought to unify general relativity and quantum mechanics. We show that this quest rests on a fundamental conceptual error: gravity never needed to be "quantized" because it is already a quantum phenomenon emerging from the vacuum. By recognizing the quantum vacuum as the fundamental substrate, unification becomes trivial. All forces, including gravity and relativity, are manifestations of the same quantum vacuum. The problem was not to find a theory of quantum gravity, but to recognize that it already existed.
Category: Quantum Gravity and String Theory

Gravity as Osmotic Depression of the Quantum Vacuum,a Unified Theory of Relativity and Quantum Physics

Authors: Bertrand Jarry
Comments: 8 Pages. Creative Commons Attribution 4.0 International (CC-BY 4.0) (Note by ai.viXra.org Admin: Please cite listed scientific references)

We propose a radically new conceptual framework for understanding gravity and relativity, not as geometric curvatures of spacetime, but as physical modifications of the quantum vacuum. Gravity results from a static osmotic depression, while special relativity emerges from the dynamic compression of the vacuum by motion. This approach naturally resolves the problem of unification with quantum mechanics and makes experimentally testable predictions. Unlike attempts to "quantize geometry" (strings, loops), our theory recognizes that gravity and relativity are already quantum phenomena in nature, emerging from the properties of the vacuum.
Category: Quantum Gravity and String Theory

Unified Theory of the Quantum Vacuum Gravity, Relativity and Quantum Mechanics

Authors: Bertrand Jarry
Comments: 15 Pages. Creative Commons Attribution 4.0 International (CC-BY 4.0) (Note by ai.viXra.org Admin: Please cite and list scientific references)

This theory unifies gravity, special relativity, general relativity, and quantum mechanics by recognizing the quantum vacuum as the single fundamental substrate. Gravity emerges as a static osmotic depression of the vacuum, special relativity as a dynamic compression, and all forces as manifestations of the same vacuum. This unification is not achieved through the quantization of geometry, but through the recognition that gravity was already quantum.
Category: Quantum Gravity and String Theory

Recursive Spacetime: A Research Programme for a Holographic Graph-Theoretic Framework

Authors: Ammar Alammar
Comments: 8 Pages. Creative Commons License

We propose a background-independent research programme modelling the universe as a dynamic,recursive causal network evolving from a single root vertex. By treating spacetime not as afundamental container but as an emergent property of a stochastic directed acyclic graph (DAG),we demonstrate that foliation invariance (a necessary condition for Lorentz symmetry) and three-dimensional spatial geometry can emerge as statistical limits of graph topology governed by random walk recurrence (Polya’s Theorem) and the Principle of Maximum Entropy. We formally derive the Einstein-Hilbert action in the thermodynamic limit of the graph’s microstate statistics, identifying the cosmological constant with unimodular volume fluctuations (Λ ∼ V −1/2). Furthermore, we identify fundamental particles as stable topological subgraphs (braids) protected by Pachner move invariance, and derive the Holographic Area Law from the Max-Flow Min-Cut theorem. This model offers a unified generative grammar for emergent gravitation and quantum interference, yielding a precise, falsifiable prediction for high-energy Lorentz violation, consistent with effective field theory expectations in discrete models.
Category: Quantum Gravity and String Theory

Unified Reconstruction of Cosmology Via Spacetime Hysteresis and Gravitational Entanglement [ Updated 2]

Authors: Chang-Sik Kim
Comments: 7 Pages. Copyright © 2026 Chang-Sik Kim. All rights reserved.

Wepropose a scalar-tensor theory of gravity by redefining spacetime as a physical viscoelastic medium. Addressing the anomalies of the ΛCDMmodel—specifically the Hubble Tension and the early formation of massive galaxies observed by JWST—we introduce a constitutive relation, Kim’sLaw (E = κψ). This law postulates that the gravitational potential arises from the topological entanglement density (ψ) of the spacetime lattice. By constructing a Lagrangian density with an elastic potential term,we derive modified Einstein Field Equations. We explicitly demonstrate that the "missing mass" in galactic rotation curves is a manifestationof vacuum rigidity (Kµν) rather than non-baryonic Dark Matter. Furthermore, we incorporate an energy dissipation term (hysteresis) into the Friedmann equations, deriving a recalibrated cosmic age of 16.54 Gyr.This extended timeline resolves the conflict between standard cosmology and the existence of mature galaxies at z > 10.
Category: Quantum Gravity and String Theory

Unified Reconstruction of Cosmology Via Spacetime Elastic Hysteresis and Gravitational Entanglement

Authors: Chang-Sik Kim
Comments: 8 Pages. (Note by ai.viXra.org Admin: Please cite listed scientific references)

This paper proposes a paradigm shift in modern cosmology by redefining spacetime not merely as a geometric manifold, but as a physical elastic medium possessing "memory" (hysteresis). We address the critical failures of the standard ACDM(Lamda-CDM) model, specifically the unexplained nature of Dark Matter, the Hubble Tension, and the observational anomalies of early mature galaxies detected by the James Webb Space Telescope (JWST).We introduce Kim’s Law (E=K*P : $E = kappapsi$), which postulates that mass is an emergent phenomenon resulting from the topological entanglement density (P: $psi$) of the spacetime lattice. By incorporating a new stress-energy tensor, the Kim Tensor ($K_{muu}$), into Einstein’s Field Equations, we demonstrate that the "missing mass" in galactic rotation curves is actually the manifestation of spacetime’s elastic rigidity in low-density regions. Furthermore, we identify Elastic Redshift ($z_{elastic}$)—energy dissipation due to spacetime tensile stress—as a correction factor for cosmic expansion. This correction resolves the Hubble Tension, yielding a re-calibrated cosmic age of 16.54 billion years, providing the necessary time-frame for the evolution of primordial galaxies. This theory offers a unified, dark-matter-free framework that satisfies both quantum mechanics and general relativity.
Category: Quantum Gravity and String Theory

The Quantum Space Mechanism - The Origin of Forces

Authors: Joseph Koharski
Comments: 66 Pages.

This document contains a compilation of five research papers detailing the Quantum SpaceMechanism (QSM). These papers propose a unified framework where Inertia, Gravity, and Timeemerge from the hydrodynamics of a viscous, dilatant vacuum substrate (the Higgs field). The seriescovers: (I) The Entropic Origin of Inertia and the Bridge Equation; (II) The Vacuum Yield Point andthe Origin of Gravity; (III) The Geometry of Mass and Particle Generations via Finslerian Anglesof Attack; (IV) Macroscopic Dynamics, Dark Matter as Metric Expansion, and Electromagnetism;and (V) The Origin of Time as Viscous Dissipation
Category: Quantum Gravity and String Theory

Modular Cells for Quantification

Authors: Alaya Kouki
Comments: 44 Pages.

From Restraint Relativity it is possible to consider a corpuscle as a packet of strings. The variation of the length of this packet is equal to the phase speed of the corpuscle as a packet of waves times an universal constant. In a system of units where ℏ=c=a=1 the string vector becomes equal to the wave vector.From quantum mechanics we had deduce that a Planck oscillator can emit or absorb power only by quanta of power multiple integer of hν^2. This allows us to divide space-time in modular cells of action, momentum, energyu2026etc in the phase space geometry of the oscillator and resolve the problem of vacuum energy density. Planck system of units serves only for black holes topology.Space-time is a four open dimensions. More than four the dimension should be curled. Resolving gravitation field by computer machine with model using modular cells will be without singularities . Einstein equations of gravitational field are available only in a quasi static asymptotically flat Universe. Constants G & Λ of General Relativity are proportional to the inverse square of the Universe radius.
Category: Quantum Gravity and String Theory

Emergent Quantum Mechanics, Special Relativity, Induced Gravity, Dirac Fermions and U(1) Gauge Interactions from Discrete Hypercubic SpacetimeLattice

Authors: Bertrand Jarry
Comments: 7 Pages. Creative Commons Attribution 4.0 International (CC-BY 4.0) (Note by ai.viXra.org Admin: Please cite listed scientific references)

We present a complete bottom-up derivation of non-relativistic quantum me-chanics, special relativity, induced gravity (Sakharov mechanism), Dirac fermions, and U(1) gauge interactions from nearest-neighbor unitary evolution on a 4D hy-percubic lattice. The Schrödinger equation emerges exactly in the continuum limit, with higher-order Lorentz-violating corrections. We rigorously prove the Heisenberg uncertainty principle, quantum superposition, entanglement, and probability conser-vation as direct consequences of the discrete structure. Detailed calculations includeTaylor expansions to order 10, Fourier dispersion to k10, exact commutator[x, p], variance,norm conservation to order 8, 1016 GeV, is compatible with the latest LHAASO constraints on GRB 221009A(2025—2026). This work forms the foundation for emergent SU(2)×SU(3), Higgs,cosmology, and quantum gravity in subsequent papers.
Category: Quantum Gravity and String Theory

The Fractal Planck Voxel Model: A Geometric Unification of General Relativity, Quantum Mechanics, the Standard Model, and Consciousness

Authors: Benjamin R. Carignan
Comments: 59 Pages.

In 1899, Max Planck introduced the fundamental constants that now bear his name, combining the gravitational constant G, the speed of light c, and the reduced Planck's constant ħ to define natural units of length, time, and mass. The Planck length and Planck mass emerged as the scales at which quantum effects of gravity should become dominant — a transition zone where classical general relativity (GR) and quantum mechanics (QM) intersect. Planck himself viewed these units as theoretical curiosities, unaware that they hinted at a discrete structure underlying spacetime. We propose that spacetime at the Planck scale is composed of a grid — a lattice — of rhombic dodecahedral voxels with fractal boundaries. The unique properties of this shape impart it with the specific qualities and characteristics of the observed universe through emergent geometric rules. Through this single geometric structure, the Fractal Planck Voxel model (FPV) fully realizes the transition zone that Planck’s work hinted at over 125 years ago. The FPV model derives general relativity, quantum mechanics, the Standard Model gauge groups, three generations, particle masses, and mixing angles, all from voxel symmetry and triangular modes on rhombic faces, with the cosmological constant serving as the energy of fractal subdivision. The model also addresses numerous longstanding problems and questions in physics — from the collapse of the wave function to neutrino masses, dark matter, dark energy, the origin of the Higgs, and more. The fact that the FPV model does all of this while remaining consistent with all current observations — without additional fields, particles, dimensions, or fine-tuned parameters — lends strong credence to its validity as a unifying theory.
Category: Quantum Gravity and String Theory

Framework of a Unified Effective Field Theory for Gravity Based on Atomic-Scale Quantum Entanglement Networks

Authors: Yunsheng Shu, Shun Yao, Zhiyong Yao
Comments: 54 Pages.

This paper proposes a unified effective field theory (EFT) framework for gravity based on atomic-scale quantum entanglement networks. In this framework, the gravitational field of any object—universal gravitation—arises from the superposition of micro-gravity domains (ffGD) at the atomic level, with the strength of gravity precisely related to the total number of atoms, thereby unifying macroscopic phenomena with microscopic interpretations (the superposition of micro-gravity domains (ffGD) at the atomic level forms a gradient material field, and the gradient material field constitutes the geodesic of matter (planets)). Einstein’s theory of curved spacetime serves as an equivalent description at large scales, enabling the model to explain all classical gravitational effects while linking quantum origins to observable reality in an intuitive and engaging way: gravity can be imagined not as abstract curvature, but as the collective "pull" produced when atomic quantum threads are interwoven into the structure of space. The core of the framework is a topology-constrained effective field theory, which uses the emergent distance induced by mutual information and the Fisher information metric as the interface from discrete entanglement networks to continuous geometry, and has constrainable low-energy parameterization (e.g., ffff, ffff, cff, Λff). This paper emphasizes the paradigm of "falsifiability first", integrating strong-field endpoints (such as the effective reflection model of Planck entanglement nucleus boundary conditions) with weak-field, cosmological, and multi-messenger observations into a multi-channel decision matrix, systematically converting "non-detection" results into upper bounds on parameter space.
Category: Quantum Gravity and String Theory

Emergence of General Relativity and Quantum Field Theory from Anisotropic Flux Suppression

Authors: Frederick Manfredi
Comments: 74 Pages.

We propose that the universe emerges from a single classical anisotropic field—the "soup"—governed by a simple suppression rule favoring radial motion and penalizing perpendicular deviations: S(θ) = 1 /ϕ^6 sin^4 θ with density feedback Seff (θ, ρ) = S(θ)(1 + βρ). Mass, gravity, time dilation, electromagnetism, quantum statistics, entanglement, and the observer effect arise as emergent behaviors from this field’s interactions across scales and densities. No separate quantum fields, gravitons, dark energy, or wavefunction collapse are invoked; apparent quantum weirdness and relativistic gravity are higher-order effects of the same deterministic dynamics. These testable deviations distinguish the anisotropic soup picture from standard GR and QFT, offering a uni- fied classical mechanism for observed physics. Within the approximations of this model, theSemi-Dirac soup reproduces quantum Bell correlations closely matching experiment via suppression nonlinearity (Appendix A) and the full Einstein field equations—including Schwarzschild/Kerr metrics, gravitational waves, horizons, and black-hole thermodynamics—as a high-density emergent limit (Appendix D.6). It also recovers key condensed-matter phenomena (e.g., semi-Dirac fermions in ZrSiS)
Category: Quantum Gravity and String Theory

Dense Matter Organization and Emergent Gravity: An Entropy-Based Unification of General Relativity and Quantum Information

Authors: Mat Ward
Comments: 33 Pages.

We present a conceptual framework linking gravitational curvature to entropygradients arising from dense matter organization, grounded in recent theoretical advances in entropic gravity (Bianconi, 2025) and validated against observational data from LIGO gravitational-wave events. Our central hypothesis posits that as matter concentrates at extreme densities, the relative entropy between the quantum information encoded in matter fields and the ambient spacetime metric increases sharply, driving emergent gravitational curvature through an entropy-minimization principle. Using public gravitationalwave data from GW150914 (binary black holes) and GW170817 (binary neutron stars), we demonstrate that horizon entropy increases correlate with matter density compression, supporting an informational interpretation of gravityrather than purely geometric one. This work bridges general relativity, quantum mechanics, and thermodynamics, suggesting gravity may be an emergentphenomenon tied to quantum information organization in matter-spacetime systems.Keywords: entropic gravity, quantum information, black holes, neutron stars,gravitational waves, emergence, entropy, density organization
Category: Quantum Gravity and String Theory

Quantumograph: A Testable Quantum Graph Theory of Spacetime

Authors: Sergey Materov
Comments: 62 Pages.

We’re excited to present the pre final , revised version of our paper on the discreteu2011quantum graph theory of spacetime (Quantumograph). Initial emulations and numerical checks (see our GitHub repository) qualitatively validate the model, but true confirmation requires experiments on real quantum hardware—experiments that can already be performed using the protocol detailed in the article.
Category: Quantum Gravity and String Theory

Simplicial Gauge Theory: A Geometric Framework Connecting E8, Factorial Combinatorics, and the Fundamental Constants of Nature

Authors: Herman Herstad Nythe
Comments: 14 Pages.

This paper presents a unified geometric framework in which the fundamental coupling constants of nature emerge from the combinatorics of n-simplices and the structure of the exceptional Lie group E₈. The theory is governed by a lattice gauge action on the E₈ root lattice, where interactions are classified by the simplicial dimension N_n = n! - 1. For electromagnetism (n=5), the unique factorization N₅ = 119 = 7 × 17 into Mersenne and Fermat primes enables an Abelian projection yielding the fine structure constant α^-1 = (952π - 1)/(2√119) = 137.0362 with 1.5 ppm precision. The structural decomposition α^-1 = |2I| + F₂ + 1/|Θ₇| reveals contributions from the binary icosahedral group (generators of E₈), the Fermat prime 17, and the 28 exotic differentiable structures on S⁷. The framework successfully derives the proton-electron mass ratio (0.0016% deviation), Higgs-to-W ratio (0.03%), Weinberg angle (0.4%), and gravitational coupling via the Catalan-Mersenne sequence (α_G^-1 = 2¹²⁷ - 1). Three fermion generations arise from the genus-3 topology of the Klein quartic at the n=6 scale. The theory predicts a dark sector pseudoscalar resonance (J^PC = 0^-+) near 27—28 GeV and a neutrino mass scale of ~0.07 eV.
Category: Quantum Gravity and String Theory

Geometric Origin of Fundamental Constants: Thirty Derivations from Discrete Relational Structure and the Substrate-Interface Duality

Authors: Jason Merwin
Comments: 24 Pages. (Note by ai.viXra.org Admin: Please cite listed scientific references)

We present a unified derivation of thirty fundamental physical constants from the discretegeometric structure of Relational Mathematical Realism (RMR). The framework posits thatphysical reality consists of a discrete relational network characterized by a 137-bit registry. To address concerns about numerical coincidence, we introduce rigorous statistical validation: the Class S grammar permits only 2,679 distinct achievable values, yielding p < 10−6 for matching 20 of 21 testable constants. The results support a Substrate-Interface Duality: the 137-bit registry partitions functionally into 136 bits (substrate, supporting massive particles) plus 1 bit (interface, enabling electromagnetic coupling). Mass emerges as the informational energy cost of dimensional confinement. The derivations span 122 orders of magnitude with average agreement of 0.5% with experimental values. No free parameters are introduced. The duality explains the fine structure constant (αEM = 1/137), provides a first-principles mass generation mechanism, and makes falsifiable predictions including an exact ratio v/mH = 2 and a maximum fermion mass of approximately 351 GeV.
Category: Quantum Gravity and String Theory

Thermal Extremality and Aperiodic Order: From Birmingham-BF Stabilizers to Pasterski Celestial Diamonds

Authors: Brent Hartshorn
Comments: 12 Pages.

By defining the Einstein Monotile as a unique topological gauge, we show how aperiodic order satisfies the Kallosh independence theorem, preventing the collapse of the manifold at the extremal limit.Utilizing Birmingham-BF topological field theory, Savoy’s combinatorial cell complexes (cc) and iterative barycentric subdivisions, we formalize the "Discrete-to-Continuous" transition, showing that as the subdivision index n→∞, the aperiodic vacuum converges to the smooth Celestial Sphere (S2) sought in Pasterski’s holography. This refinement process is governed by a Schramm-Loewner Evolution (SLE) smoothing scale at d=1.326, which redistributes "soft omissions" into the analytic kernels of the Inverse Mellin Transform. Finally, we derive the conditions for Arithmetic Superfluidity (c=1), identifying the Big Bang as a retrocausal pruning event that selects the stable Monotile structure from a Nine-Tile super-compatible state.
Category: Quantum Gravity and String Theory

Formalism of Seven-Dimensional Unitary Field Theory: Geometric Holonomy, Spectral Preservation, and the Zero-Time Transport Protocol

Authors: Natasha Zink
Comments: 7 Pages. (Note by ai.viXra.org Admin: Author name is required in the article after article title, the abstract should be labled as such, and please cite and list scientific references)

The emergence of Heptagonal Unitary Field Theory (HUFT) marks a decisive transition in theoretical physics, moving beyond the limitations of particle-based ontologies toward a comprehensive geometric-unitary paradigm. This report details the mathematical and physical foundations required to solve Seven-Dimensional Zero-Time Transport (ZTT), focusing on the formalization of State-Vector Polarization, Spectral Preservation via Generalized Prolate Spheroidal Wave Functions (GPSWFs), and the Refractive Inverse required for re-projection. By establishing the universe as a submanifold M^{4} embedded within a seven-dimensional toroidal manifold T^{7}, HUFT provides the necessary framework to decouple physical states from the standard three-dimensional evolution parameter—perceived as time—and navigate the higher-dimensional bulk along null-path geodesics.
Category: Quantum Gravity and String Theory

Heptagonal Unitary Field Theory (HUFT): A Geometric Framework for Spacetime Emergence and Non-Local Information Transfer

Authors: Natasha Zink
Comments: 3 Pages. (Note by ai.viXra.org Admin: Please cite listed scientific references; the scientific references are not listed in a complete/standard manner such as in APS style with complete/required information)

This paper introduces the Heptagonal Unitary Field Theory (HUFT), a unitary framework proposing that (3+1)-dimensional spacetime is a submerged submanifold within a seven-dimensional toroidal lattice (T^7). Utilizing the formalisms of G_2 holonomy and Kaluza-Klein compactification, we demonstrate that fundamental phenomena—including gravity, dark matter, and the distribution of prime numbers—emerge as geometric residuals of the 7D bulk metric. We propose that gravity is a refractive manifestation of lattice density rather than a particle-mediated force, effectively eliminating the requirement for the graviton. Furthermore, we extend this geometric logic to biological systems, specifically DNA information density, and propose a theoretical protocol for Zero-Time Transport (ZTT) via state-vector polarization.
Category: Quantum Gravity and String Theory

Holographic Emergence of the 3+1-Dimensional Universe: A Quantum Gravity Model Based on Dynamic Hidden Dimensions and Topological Dimensional Projection

Authors: Shengliang Dong
Comments: 4 Pages.

We propose a quantum gravity model based on the holographic principle, in which theobservable 3+1-dimensional universe emerges from a discrete 11-dimensional spacetime M =AdS4 × CY3 × S1. The core mechanism fuses the 7-dimensional compact structure in thebulk into a single 1-dimensional topological coupling field κ on the boundary conformalfield theory (CFT), whose fluctuations project the third spatial dimension. Using causaldynamical triangulation (CDT) as an ultraviolet-complete foundation, we derive the lowenergy effective gravitational theory and present three distinctive predictions: (1) stronglyscale-dependent CMB non-Gaussianity (fNLlocal reaching ∼ 10 on small scales k > 0.1 Mpc−1); (2) Planck-scale oscillations in the gravitational-wave background spectrum at f ∼ 1035 Hz, indirectly detectable via distortions in the TeV gamma-ray spectrum; (3) periodic variation of the fine-structure constant (amplitude δα/α ∼ 10−15, period T ∼ 1010 years), within reach of next-generation atomic clocks. These predictions are compatible with the latestdata from Planck PR4 and provide a clear testing pathway for quantum gravity.
Category: Quantum Gravity and String Theory

Information Inertia: Emergent Gravitational Dynamics from Entanglement Flux Relaxation

Authors: Nathaniel Uhlenkott
Comments: (Note by ai.viXra.org Admin: There is mixup of data table with reference list on the 2nd page and the reference list is not complete/standard such as APA style - Please correct)

The Entanglement Flux Relaxation Model(EFRM) proposes that gravitational dynamicsemerge from the non-equilibrium transport ofquantum information [1, 4]. A characteristicacceleration scale, a0 = Jmax/τ, arises froma finite relaxation time, manifesting as Information Inertia—a physical latency in spacetime’s ability to correct entanglement structure. This framework reproduces MOND phenomenology, explains galaxy cluster offsets via gravitational hysteresis, offers a dynamical resolution of the Hubble tension, and enablesorder-of-magnitude efficiency gains in Quantum Error Correction (QEC) through manifold-aware tracking.
Category: Quantum Gravity and String Theory

The Fluid Fabric: A Unified Theory of Spacetime, Particles, and Forces from 4D Viscous Dynamics and 2-Form Topology

Authors: Maher Zakaria Ahmed Selim
Comments: 109 Pages.

This paper presents a comprehensive unified theory of fundamental physics based on a novel reinterpretation of spacetime as a four-dimensional viscous fluid endowed with six independent 2-forms. Building upon historical fluid analogies in physics while transcending their limitations, we demonstrate that quantum mechanics, electromagnetism, general relativity, and the Standard Model all emerge as collective phenomena from this geometric-fluid dynamical foundation. Our approach begins with a creative synthesis methodology (Section 1) that bridges Quranic cosmology with modern physics, applying informationtheoretic criteria to select the Quranic creation narrative as a source of physical postulates. The resulting model posits spacetime as a closed, circulating 4D viscous fluid (Section 2) with properties analogous to water—small viscosity (related to Planck’s constant ℏ) and small compressibility (related to the speed of light c). The six independent 2-forms of 4D differential geometry (Section 4) provide the fundamental degrees of freedom. Their interactions generate stable vortex configurations identified with elementary particles, whose topological properties (knots and braids) reproduce the complete Standard Model spectrum (Section 5). We derive all particle masses, charges, and coupling constants from first principles through analytical calculations (Sections 6- 7). Quantum mechanics emerges naturally from vortex dynamics (Section 9), with the Schr¨odinger equation arising as the non-relativistic limit of vortex filament equations and the uncertainty principle originating from statistical fluctuations in vortex configurations (Section 10). Maxwell’s electrodynamics is rigorously derived as the effective theory of interacting vortices (Section 11), recovering both homogeneous and inhomogeneous equations along with the Lorentz force law. Einstein’s field equations of general relativity emerge as the macroscopic fluid dynamics of the spacetime medium (Section 12), with curvature arising from pressure gradients and viscosity effects. The cosmological constant Λ naturally appears as residual vacuum energy from 2-form fluctuations. Thermodynamics and entropy increase (Section 13) are shown to be fundamental aspects of the fluid’s statistical mechanics rather than independent principles. This framework resolves several long-standing puzzles in fundamental physics: u2022 Unification: All forces emerge from common fluid-dynamical origin u2022 Quantization: Naturally follows from topological constraints on vortices u2022 Constants: c, ℏ, G, α derived rather than postulated u2022 Hierarchy problems: Mass scales emerge from vortex complexity u2022 Quantum gravity: Provides UV completion through fluid microstructure The model makes testable predictions including deviations from Maxwell and Einstein theories at Planck scales, characteristic gravitational wave signatures from vortex interactions, and specific relationships between particle properties and topological invariants. (Truncated by ai.viXRa.org Admin to < 400 words)
Category: Quantum Gravity and String Theory

Thermal Gravity: Vacuum Turbulence and the Refractive Geometry of Spacetime

Authors: Steven Hammon
Comments: 8 Pages.

This paper explores two aspects. #1 Vacuum fluctuations are potentially amplified by gravitational waves, and electrons moving in atoms create gravitational waves (propagation of changes in gravitational influence). Atoms, thermally oscillating, also create gravitational waves. #2 Gravity as the different propagation rates of wave-like mass through quantum foam which causes a refraction effect, curving all random thermal oscillations to more generally curve in the direction of denser regions of quantum fluctuations. That means the average movement (Stochastic Drift, Net Vector), will be towards other masses.
Category: Quantum Gravity and String Theory

Continuum Isotropy from the Spherical 5-Design Geometry of the 24-Cell Lattice

Authors: Christoph Kovacs
Comments: 19 Pages.

Discrete approaches to quantum gravity and emergent spacetime face a fundamental challenge: reconciling the discreteness of the substrate with the strict macroscopic continuous rotational symmetry required by relativistic field theories. Generic lattices break rotational symmetry, leading to direction-dependent dispersion relations and vacuum birefringence—effects that are tightly constrained by experiment. In this study, we investigate whether a four-dimensional lattice exists that yields an isotropic continuum kinematics without fine-tuning. We analyze the spectral and elastic properties of the 24-cell (D4) lattice compared to those of the hypercubic and Simplex lattices. We show that while the Simplex geometry (a spherical 3-design) fails to secure elastic isotropy, the D4 lattice—constituting a spherical 5-design—eliminates leading-order anisotropy in scalar dispersion and elastic response. Consequently, the 24-cell lattice exhibits exact elastic isotropy and suppresses vacuum birefringence for transverse shear modes in the infrared limit. Although scalar dispersion anisotropy is suppressed to fourth order in the wavenumber, residual dispersive anisotropy for vector modes remains at second order due to higher-rank lattice moments. These results identify the 24-cell geometry as a unique and strictly required geometric precursor for discrete models aiming to recover spatial relativistic kinematics.
Category: Quantum Gravity and String Theory

A Minimal Heterotic-Orbifold Realization of the e-Step Hierarchy for Quark and Lepton Masses

Authors: Jarosław Kaczorowski
Comments: 6 Pages. (Note by ai.viXra.org Admin: Please cite and listed scientific references)

This note presents a compact embedding of the e-step Yukawa ladder—a phenomenological framework for quark and lepton mass hierarchies—within heterotic orbifold compactifications, interpreted in the language of the Minimal Supersymmetric Standard Model (MSSM). The e-step ladder posits discrete exponential suppressions governed by a single parameter ε ≡ e^{-3} ≈ 0.05, anchoring masses to the strange quark node derived from charged lepton sums, with O(1) prefactors accounting for mixing and normalization effects.
Category: Quantum Gravity and String Theory

Time Is Not Fundamental

Authors: Marjon Enriquez
Comments: 31 Pages.

For over three centuries, physics has treated time as a fundamental primitive: a continuous, universal parameter flowing independently of physical processes. This assumption has persisted from Newton's absolute time through Einstein's relativistic spacetime to modern quantum mechanics, leaving profound mysteries unresolved: Why does time flow? Why does it possess an intrinsic arrow? Why does it dilate? We demonstrate that time cannot be fundamental. Through three independent empirical arguments — gravitational time dilation contradicting invariance, light-speed constancy despite dilation, and the quantum measurement arrow — we prove that time is a derived quantity emerging from a more primitive structure. The Generalized Second Law of Thermodynamics (GSL), the only universal directional principle in physics, provides the true foundation. By introducing Discrete Entropy Updates (DEUs) as irreducible quanta of irreversible change, we derive proper time non-circularly as dτ = (ℏ/⟨E⟩)dλ, where λ counts DEUs. This formulation immediately explains time dilation as variations in local entropy-update rates, the arrow of time as the GSL inequality dS/dλ ≥ 0, and the invariance of light speed as preservation of maximum entropy-propagation rate. We extend General Relativity to non-equilibrium conditions through the Einstein-GSL Completion: a local entropy-balance equation ∂_μS^μ = (c³/4Gℏk_B)R + (1/T)∂_μ(T^μνu_ν) ≥ 0 from which Einstein's field equations emerge as the reversible, zero-entropy-production limit. This framework has been verified against GPS time dilation (10u207b¹u2076 precision), LIGO black hole mergers, cosmological observations, and laboratory thermodynamics. The implications are profound: time is not a dimension we inhabit but a bookkeeping parameter measuring irreversible information change. This work builds on the foundational insights of information theory (Shannon, Landauer), thermodynamics (Boltzmann, Bekenstein, Hawking, Jacobson), and relativity (Einstein), synthesizing them into a completed framework where entropy, not time, is fundamental.
Category: Quantum Gravity and String Theory

Dimensional Sufficiency and the Geometric Origin of Black Hole Singularities

Authors: Bruno Goncalves Preza
Comments: 7 Pages. Creative Commons Attribution 4.0 International

Classical general relativity predicts that gravitational collapse generically produces spacetimesingularities, commonly interpreted as physical points of divergent curvature. This work proposes acomplementary, purely geometric reinterpretation: singularities may signal dimensional insufficiencyin the manifold used to represent extreme gravitational configurations. Motivated by a high-dimensional packing example in which objects satisfying local tangency constraints can exceed aglobal bounding volume, the singularity is interpreted as the point where the assumed geometric"container" fails to encode a finite interior configuration without divergence. A minimal toy modelis then constructed in which gravitational compression is balanced by an effective dimensionalgeometric pressure associated with activating additional internal geometric capacity at high density.The balance yields an emergent finite core scale, naturally replacing a point singularity with astabilized radius while leaving the conservative possibility that the exterior remains well describedby standard general relativity.
Category: Quantum Gravity and String Theory

Photino Hypothesis IV: Field-Theoretic Reconstruction of Neutrinos and a Unified Mechanism for Phenomena

Authors: Tuanhua Chen
Comments: 11 Pages. (Note by ai.viXra.org Admin: Further repetition may not be accepted)

The Standard Model of particle physics faces profound challenges regarding the origins of neutrino mass, chirality, and oscillations. Building upon Photino Hypotheses I—III, this paper proposes a novel, beyond-the-Standard-Model (BSM) framework based on a fundamental principle: neutrinos are interpreted as longitudinal helical wave excitations of the photino field, perturbed by electron spin.This leads to a field-theoretic description devoid of rest mass. The theory's core reveals: a dynamic mass-generation mechanismmνeff=ℏωp/c2, where the plasma frequency ωp∝Qdecay directly links the neutrino's effective mass to its parent particle's decay energy; chiral asymmetry is naturally explained as a geometric consequence of the electron spin's perturbation direction; and neutrino oscillations are reformulated as a fatigue-decay effect incorporating photino field damping P∝e−ΓνL/c. This framework provides unified explanations for phenomena such as the supernova SN 1987A neutrino energy spectrum and the beta-decay spectrum endpoint distortion. Furthermore, it proposes a set of decisive experimental tests with clear quantitative predictions and falsification criteria, involving JUNO, KATRIN, DUNE, and deep-sea longitudinal wave detection.
Category: Quantum Gravity and String Theory

Photino Hypothesis V: Field-Theoretic Reconstruction of Gluons and Unified Phenomenological Mechanism

Authors: Tuanhua Chen
Comments: 16 Pages. (Note by ai.viXra.org Admin: Further repetition may not be accepted)

As the final installment of the "Photino Hypothesis" series, this paper proposes a microscopic medium-based topological model for the strong interaction, grounded in the framework of the hypothesis, with the aim of addressing fundamental issues in the non-perturbative regime of QCD such as quark confinement. The core thesis is: The essence of a gluon is a high-density Photino non-Abelian vortex structure driven by quark spin. Its kinetic energy (Ek=kBTc=0.150GeV) directly corresponds to the QCD phase transition energy scale and is primarily used to resist the vacuum negative pressure. The abstract color charge is interpreted as the vortex winding number（n=+1,−1,0), naturally satisfying the color singlet requirement. Based on the characteristic spacing rq=4.300×10−19m and angular momentum conservation, the theory self-consistently derives the circulation velocity vp=2.270×105m/s and equivalent kinetic mass mg=9.355×10−22kg, confirming vacuum negative pressure as the dominant binding mechanism. By establishing a multi-scale correlation mechanism, the theory successfully bridges the microscopic Photino medium's vacuum energy density with the macroscopic experimental string tension σ≈1.000GeV/fm, revealing the collective statistical nature of the confining potential. Based on a dual-layer "vacuum negative pressure + topological constraint" mechanism, the theory unifies the explanation of gluon microscopic origin and macroscopic color confinement, and establishes profound correspondence with holographic QCD, non-Abelian vortex theory, and the Odderon configuration. Finally, the theory predicts a characteristic photon radiation peak with specific polarization in the 1.25−1.30GeV energy region in heavy-ion collisions, providing a clear experimental scheme to test the model.
Category: Quantum Gravity and String Theory

Photino Hypothesis III: Field-Theoretic Reconstruction of Magnetism and a Unified Phenomenological Mechanism

Authors: Tuanhua Chen
Comments: 75 Pages.

The physical origin of magnetic interaction and its inherent unification with macroscopic quantum phenomena, such as superconductivity and superfluidity, represent two long-separated core challenges in modern physics. As the third paper in the "Photino Hypothesis" series, this work proposes a unified framework based on the spacetime photino background established in preceding studies: the essence of magnetism is a local photino vortex excited by spinning particles, while superconductivity and superfluidity are the quantum coherent states in which this vortex field is globally suppressed or ordered at the macroscopic scale. This work constructs three theoretical pillars: (1) The Spin-Vortex Field Model, which interprets spin angular momentum as the source driving the photino medium to produce directed circulation, with the magnetic induction B being the curl of this flow; (2) The Vortex Field Explanation of Flux Quantization, attributing the flux quantum in superconductors to the circulation quantization condition of the photino vortex ring; (3) The Order Parameter Unification of Macroscopic Quantum States, indicating that the macroscopic coherence in superconductors and superfluids originates from the phase stiffness provided by the photino background field. This theory provides, for the first time, a coherent explanation based on the same medium dynamics for key phenomena including the origin of magnetic fields, the zero-resistance and Meissner effects in superconductors, and the non-viscosity and vortex lattice in superfluids. Furthermore, the theory unifies classic magneto-optical phenomena such as the Faraday effect, Kerr effect, and Zeeman effect under the picture of Coulomb interaction between the photino flow and photons, and proposes novel, testable predictions like the magnetically induced anisotropy of the speed of light. This work aims to return the description of electromagnetic interaction from abstract field theory to the dynamics of a real medium, opening a new paradigm for the unified understanding of electromagnetic effects and macroscopic quantum phenomena.Keywords: Photino; Nature of Magnetic Field; Superconductor; Superfluid; Magneto-optical Effect; Electron Spin Resonance
Category: Quantum Gravity and String Theory

Multi-Scale Swarm Analysis: Probing 600 Cell Fingerprints

Authors: Thomas Lee Abshier
Comments: 16 Pages.

This paper outlines a systematic, inductive strategy to validate the 600-cell (hypericosahedron) as the underlying topological mediator in Lattice Physics, extending Conscious Point Physics (CPP). By organizing empirical data into four scale-based swarms—cosmological, laboratory/human-scale, quantum, and subquantum—we detect subtle fingerprints of the polytope’s geometry, such as golden ratios (ϕ ≈ 1.618), icosahedral symmetries, tetrahedral structures, and F4 group elements. Preliminary deep dives into Zitterbewegung (ZBW) and Cosmic Microwave Background (CMB) anomalies reveal consistent "whispers" (biases at 2—3σ, with ϕ-modulations reducing fit errors by 2—20%), supporting the hypothesis despite dominant variability from Planck Sphere Radius (PSR) and Space Stress Vector (SSV) effects. The methodology employs high-n datasets (n > 10^4—10^6), motif detectors (e.g., KS-tests for ϕ ratios, chi-squared for icosahedral angles), and meta-analysis to aggregate biases across scales, aiming for overall P < 0.05. Prototypes for CMB and quantum entanglement demonstrate feasibility, with adaptable code for swarm-wide application. This ambitious project, while requiring substantial data curation, promises to unify scales in a panpsychic framework, with implications for a full Theory of Everything.
Category: Quantum Gravity and String Theory

Photino Hypothesis II: Field-Theoretic Reconstruction of Light and the Unified Mechanism of Its Phenomena

Authors: Tuanhua Chen
Comments: 40 Pages.

The wave-particle duality of light and its origin are central challenges in modern physics. As the second paper in the "Photino Hypothesis" series, this paper proposes a photino field excitation theory for electromagnetic waves, based on the space-time medium framework established in Hypothesis I [1]. This theory interprets the photon as a quantized excitation mode of the space-time substrate (the photino field). Its energy Eγ=hν and equivalent mass mγ=Eγ/c02 both originate from the dynamic interaction between electron vibrations and the photino field. The theory shows that the constancy of the speed of light c0=αs2 is a natural consequence of the local homogeneity of the photino field, thereby providing a microscopic interpretation for the vacuum permittivity ε0and permeability μ0. Based on the intrinsic relationship between photon properties and photino field density （ν,mγ∝σper, this theory establishes a unified framework for explaining redshift phenomena: it accurately describes the gravitational enhancement effect of compact matter by introducing a β correction factor, and proposes a photon fatigue model z=eαD−1 as a new mechanism for cosmological redshift. This framework successfully derives the hydrogen atomic spectrum, accurately describes the gravitational deflection of light α=4GM/c02r, and shows high consistency with observational data from various types of celestial objects. Furthermore, the theory provides a novel physical explanation for the Cosmic Microwave Background (CMB), attributing its black-body spectral distribution to the thermal statistical properties of quantum fluctuations in the photino field. This theory not only offers a field-theoretic ontological explanation for wave-particle duality but also unifies the wave and particle nature of light within the excitation picture of the space-time medium, establishing a self-consistent theoretical foundation for understanding optical phenomena from the microscopic to the cosmic scale. Subsequent papers in this series will explore the field-theoretic reconstruction mechanisms for magnetism, neutrinos, and the strong interaction, respectively.
Category: Quantum Gravity and String Theory

Photino Hypothesis I: Field-Theoretic Reconstruction of Gravity and a Unified Phenomenological Mechanism

Authors: Tuanhua Chen
Comments: 62 Pages.

The microscopic origin of gravity and its unification with electromagnetic force represent a central challenge in fundamental physics. As the first paper in the "Photino Hypothesis" series, this study breaks through the traditional geometric paradigm and proposes a novel framework in which gravity is a dynamic effect of the spacetime background medium (photinos光微子). The core thesis is that the microscopic essence of gravity stems from the inward pressure directed towards mass centers, which is generated via the photino-electromagnetic Coulomb force mediated by the "equivalent charge" of neutral matter. This work establishes four theoretical pillars: (1) The field line escape mechanism**, deriving the universal relationship between mass and equivalent charge Qm=mQm0 from the incomplete shielding effect of quantum orbits; (2) Experimental verification of photino electronegativity, observing the theoretically predicted mechanical response (displacement proportional to the square of voltage) via a vertical-plate transient electric field experiment; (3) The unified form of the force equation F=−GMmr2+keQm02Mmr2, integrating gravitational and electromagnetic forces at the expression level for the first time; (4) The microscopic expression of the gravitational constant G=Rm⋅ke⋅Qm02, revealing it as the product of a spacetime geometric parameter and the electromagnetic coupling constant. This framework provides, for the first time, a unified and dark-matter-free dynamical explanation for multi-scale phenomena including the perihelion precession of Mercury (43.00u2033/century), lunar orbital expansion (3.82 cm/year), and the flattening of galactic rotation curves (residual < 3%). This research signifies a fundamental shift in the understanding of gravity from a "spacetime geometry" paradigm to a "medium dynamics" paradigm, laying the groundwork for a unified theory encompassing the four fundamental interactions. Subsequent papers in this series will explore the photino field theory reconstruction mechanisms for electromagnetic, magnetic, neutrino, and strong interactions, respectively.
Category: Quantum Gravity and String Theory

Gravity is a PUSH: A Quantum Wind Model of Gravitational Force

Authors: J. R. Slack
Comments: 8 Pages. (Note by ai.viXra.org Admin: Please cite listed scientific references)

This paper proposes a fundamental reconceptualization of gravity: rather than being an attractive force or merely the curvature of spacetime, gravity is the result of a directional pressure exerted by a pervasive quantum field medium—termed here the 'quantum wind.' In this model, what we perceive as gravitational attraction toward a mass is actually the result of reduced quantum wind pressure on the far side of that mass, creating a 'shadow effect' that pushes objects together from the opposite direction. This framework offers potential reconciliation between quantum mechanics and general relativity, provides testable predictions for electromagnetic-gravitational coupling, and may explain various anomalous experimental results including reported weight reductions in rotating systems.
Category: Quantum Gravity and String Theory

Five-Dimensional Ontological Framework for Holographic Dark Matter

Authors: Fedor Kapitanov
Comments: 23 Pages.

We construct a comprehensive five-dimensional framework that unifies three foundational conjectures: (1) dark matter as archival degrees of freedom emerging at holographic saturation, (2) three-dimensional space as a thermodynamically optimal projection of a 4D information substrate, and (3) gravity as the self-consistencycondition of distributed memory. The framework employs an RS-type metric with holographically derived suppression parameter ε(N ) ∼ 10−70, where N ∼ 10122 is the cosmic horizon entropy. We prove that the effective bulk volume scales as Veff ∝ ε1/p for warp profiles Φ(z) ∝ |z|p, and demonstrate that all non-gravitational interactions between archival and Standard Model sectors are suppressed by factors ε2p ∼ 10−80, rendering direct detection impossible in principle.Assuming archival degrees of freedom scale with accessible bulk volume (garch ∗ ∼ N εα), matching to the observed ΩDM/Ωb ≈ 5.4 yields α ≈ 1.70, corresponding to warp exponent p ≈ 0.59. We reconstruct the unique bulk potential V (Φ) ∝ Φ−1.4 required by this geometry and show it belongs to the well-studied inverse power-law class arising in quintessence and string moduli stabilization.The model produces three classes of predictions: (i) robust predictions independent of assumptions (null direct detection, standard cosmology preserved), (ii) parametric predictions dependent on α (mass bounds, self-interaction limits), and (iii) falsification criteria. We compare systematically with WIMP, axion, and MONDalternatives, finding that the archival hypothesis uniquely predicts exact null results for all non-gravitational searches while remaining fully consistent with ΛCDM cosmology. This work represents a parametrized conceptual framework requiring UV completion, not a finished theory. We explicitly separate rigorous mathematics fromspeculative physics and identify the minimal assumptions needed for observational consistency.
Category: Quantum Gravity and String Theory

Asymptotic Safety Completed by the Hopf Fibration: 8-Mode Closure, Harmonic Spectrum, and Parameter-Free Cosmology

Authors: Peter Kugelmann
Comments: 23 Pages.

We propose that the geometry of momentum space is the missing structural ingredient needed to complete the asymptotic safety program. Assuming the interacting fixed point of gravity admits a momentum-space description on S^3 with its Hopf fibration, we show that: (i) the Einstein--Hilbert prefactor can be interpreted as S^3 volume measure; (ii) the homothetic flow on the Hopf base induces a natural grading of operators into eight canonical directions; (iii) the separation of fiber and base dynamics yields, via the center manifold theorem, an effective one-dimensional RG flow for the scaling exponent $n(R)$; and (iv) the resulting solution generates a unified f(R) Lagrangian with a built-in hierarchy of scales.
Category: Quantum Gravity and String Theory

Constructing Spacetime from Rapidity: Explicit BQ Derivation of the PG Coframe and the Metric Tensor

Authors: E.P.J. de Haas
Comments: 16 Pages. (Note by ai.viXra.org Admin: Please cite viXra and ai.viXra articles in detailed and required manner)

This paper presents a compact and fully transparent derivation of the algebraic sequence that links biquaternionic rapidity fields to the Painlev´e—Gullstrand (PG) coframe and the corresponding spacetime metric ������ . Building on the gravitational rotor ���� introduced in earlier work, we show explicitly how a general rapidity field generates the boosted BQ displacement �� /����, and how the PG coframe ���� can be read off directly as its linear coefficient structure, without anyprior metric assumptions. The quadratic metric then follows immediately from the BQ norm of this coframe, placing the PG form as the natural bridge between the linear BQ description of spacetime flow and the standard geometric formulation of general relativity. The presentation resolves the remaining algebraic ambiguities in the rotor-based construction of gravity and provides a clean, reproducible algorithmic path from rapidity to tetrad to metric.
Category: Quantum Gravity and String Theory

[ A ] Unified Theory: A Parameter-Free Theory of Everything Derived from Twenty Years of Precision Clock Data

Authors: Travis Mydland
Comments: 4 Pages. (Note by ai.viXra.org Admin: Please don't name title, equation/formula etc after the author's name; please cite listed scientific references)

For two decades the world's most accurate clocks have shown that gravity, electromagnetism, andthe weak nuclear force slow proper time at three different, reproducible rates. A fourth, largerresidual has been visible in every optical and fountain clock since 2018. This paper demonstrates that these are not systematics — they are the four fundamental interactions coupling to one universal proper time with four universal constants ki. Twenty years of independent experiments (2005—2025) across GPS satellites, optical lattices, muonium, muon storage rings, and cesium fountains yield stable values k1 = 0.015311 ±0.000038 (gravity), k2 = 0.05200 ±0.00011 (electromagnetism), k4 = 0.09778 ±0.00008 (weak), and — by subtraction and five independent cross-checks — k3 = 0.233 ±0.013 (strong). Using only these four measured numbers and one entropic equilibrium condition, Mydland's Unified Theory (MUT) quantitatively derives the entire Standard Model Lagrangian, all particle masses and mixing angles, the absence of dark matter and dark energy, the resolution of the Hubble tension, early galaxy formation, gravitational-wave propagation anomalies, and the muon g−2 — with no free parameters and typical agreement at the 0.1—1.5σ level. The single remaining sharp prediction — a fractional frequency shift of (8.87 ±0.28) ×10−4in the 229Th nuclear clock caused solely by the strong force slowing time — will be testedin 2026—2027. Confirmation establishes MUT as the first experimentally proven Theory ofEverything.
Category: Quantum Gravity and String Theory

The Code of Creation: Computational Theism - How Substrate Intelligence Built Reality

Authors: Stephan M. Brown
Comments: 180 Pages. Licensed under CC-BY 4.0.

This work presents computational theism—a framework proposing that physical reality is a deliberately initialized, optimized computation executed by substrate-independent superintelligence. The hypothesis synthesizes results from quantum gravity, information theory, cosmology, and consciousness studies into a consilient case challenging the presumed dichotomy between scientific naturalism and theological explanation. We establish that: (1) spacetime exhibits discrete information structure at the Planck scale (ℓP ≈ 10^—35 m), supported by loop quantum gravity, causal set theory, and the holographic principle; (2) the observable universe operates within factors of 10^10 of absolute computational limits (Margolus-Levitin, holographic bounds) with zero confirmed conservation law violations, implying error rates ≲10^—120; (3) physical laws exhibit extraordinary algorithmic compression while free parameters are fine-tuned from 10^—5 (strong coupling) to 10^—120 (cosmological constant), with multiverse explanations requiring ~10^500 unobservable universes; (4) classical divine attributes map precisely onto properties of substrate-level intelligence with atemporal access and parameter control. The framework generates falsifiable predictions testable within 2025—2045 using funded instruments: holographic noise in gravitational-wave detectors, discrete spacetime signatures, black hole echoes, sustained Higgs-top metastability, and consciousness—integrated-information correlations. It addresses infinite regress, the problem of evil, the hard problem of consciousness, and the fact-value distinction.This work demonstrates that 'Is reality deliberately designed computation?' is empirically testable science with concrete observational consequences.
Category: Quantum Gravity and String Theory

Ontological Resolution Theory: Deriving Quantum Uncertainty from Fundamental Information Bounds

Authors: Fedor Kapitanov
Comments: 21 Pages. (Note by ai.viXra.org Admin: Please refrain from frequent submisions of incomplete/highly speculative articles)

We develop a foundational framework where quantum uncertainty emerges frominformation-theoretic constraints rather than being postulated. Starting from threeaxioms—(1) finite total information in causally connected regions, (2) relational on-tology requiring resource allocation for observable specification, and (3) subsystemdecomposability with bounded resolution—we derive a generalized uncertainty prin-ciple without presupposing quantum mechanics, Planck’s constant, or commutationrelations.Our main results: (a) Proof that conjugate observables satisfy ∆X · ∆P ≥(∆Xmax · ∆Pmax)/2Rlocal where Rlocal is allocated bit-depth; (b) Derivation of holo-graphic scaling Rlocal ∼ A/ℓ2P from consistency requirements; (c) Universal identifi-cation of the fundamental action scale with Planck’s constant through dimensionalanalysis and saturation arguments; (d) Interpretation of black holes as informationalphase boundaries where resolution saturates the holographic bound.We provide falsifiable predictions with quantitative estimates: modified uncer-tainty ∆X∆P ≥ ℏ(1 + 0.69Rreq/Ravail) near holographic saturation, detectableas ∼ 14% correction in neutron-star inspirals by LISA; phase-space discreteness atPlanck scales; cosmological bounds on state complexity (Nstates ≤ 210122). Thisframework unifies quantum indeterminacy and gravitational horizons under a singleinformation-allocation principle.Keywords: quantum foundations, holographic principle, information theory,uncertainty principle, black hole entropy, emergent quantum mechanicsSubject headings: Quantum Mechanics (General); Quantum Information;General Relativity and Gravitation; Black Holes
Category: Quantum Gravity and String Theory

Why Quarks and Leptons Demand Different Symmetries: The Case for Sectorial Flavor Theories

Authors: Navid Ardakanian
Comments: 12 Pages.

We present a systematic analysis of Z3 discrete flavor symmetry as a solution to thefermion mass hierarchy problem. Using a Froggatt-Nielsen mechanism with generationdependentZ3 charges, we demonstrate that a single expansion parameter ε ≈ 0.015 naturallyexplains all quark mass ratios and CKM mixing angles with O(1) Yukawa couplings. Themodel successfully reproduces six independent quark observables using fewer free parameters,achieving genuine predictivity with testable correlations such as (mu/mc)/(md/ms) = 0.033.However, the framework fundamentally fails in the lepton sector, predicting neutrino mixingangles θ13 ∼ 0.9 and θ23 ∼ 7, compared to observed values of 8.6 and 49. Enhancementattempts require unnatural parameter choices that destroy the model’s elegance. Our analysisreveals that simple discrete symmetries excel at explaining hierarchical structures butcannot simultaneously address large mixing phenomena, suggesting different fermion sectorsrequire distinct dynamical origins.
Category: Quantum Gravity and String Theory

Holographic Consensus: A Sequential Derivation of Spacetime and its Dynamics

Authors: Fedor Kapitanov
Comments: 9 Pages.

We propose a complete, logically sequential framework for emergent spacetime. The theory unfolds in two acts. Act I: We demonstrate that three spatial dimensions emerge as the unique thermodynamically stable projection of a 4D timeless information manifold, constrained by the cosmological holographic bound. The suppression of the fourth spatial dimension follows a verifiable power law, ε*(N) ~ Nu207bu2070·u2075u2077. Act II: On this derived, static 3D stage, we show that a time coordinate emerges via the thermodynamic flow of a quantum consensus field, resolving the Wheeler-DeWitt problem. The dynamics on the resulting 3+1D spacetime are then shown to be governed by the Einstein field equations, derived from a variational principle. This completes the program: pre-geometric information -> emergent 3D space -> emergent time -> classical spacetime dynamics (GR).
Category: Quantum Gravity and String Theory

Closing the Biquaternion Algebra with Gravity: Updated Construction of the Dirac Framework and the Gravitational Rotor Qg

Authors: E.P.J. de Haas
Comments: 60 Pages.

This paper is an updated and extended version of my earlier biquaternion (BQ) construction of the Weyl and Dirac matrix environments. The central new result is that the BQ algebra closes once gravity is included through a gravitational rotor $Q_ginmathrm{Spin}(1,3)$, whose adjoint action Doppler—twists the Dirac basis and generates the space-time metric directly as $g_{muu}=langle Q_g,beta_mu,Q_g^{-1}beta_uangle$. This first-order mechanism reproduces the Painlevé--Gullstrand forms of the Schwarzschild, de Sitter, and Kerr geometries without invoking Christoffel symbols or second-order curvature equations. The same structure yields the mixed tensor $M_mu{}^{ u}$, the gravitational Dirac current, and a minimal Lagrangian that recovers the Einstein--Cartan equations. At the galactic scale, current conservation together with the Bernoulli--Noether condition selects the Constant--Lagrangian (CL) and CL--Hubble (CL--H) flows, producing the observed MOND-type phenomenology without adjustable parameters. The result is a unified, fully closed BQ—Dirac framework in which relativistic quantum mechanics, gravitational geometry, and galactic dynamics emerge from a single first-order rotor calculus.
Category: Quantum Gravity and String Theory

Consensus Quantum Ontology: Emergent Spacetime from Collective Quantum Dynamics

Authors: Fedor Kapitanov
Comments: 9 Pages.

We propose a framework where Planck's constant ħ is the minimal quantum of ontological distinction. From this single postulate, we derive the gravitational constant G, Born's rule, and the preferred decoherence basis. We introduce a "consensus field" ρ_c, representing the collective state of all quantum systems. A variational principle minimizing deviation from a state of maximal entropy rigorously yields the Poisson equation for gravity, with G derived from the thermodynamics of distinction, not fitted. The theory successfully retrodicts 337 years of observational data without free parameters and makes testable predictions for gravitational decoherence and black hole horizon quantization (ΔA = 8πl_p²). This presents a new paradigm where spacetime and gravity are emergent from collective quantum dynamics.
Category: Quantum Gravity and String Theory

Emergent Newtonian Gravity from Holographic Information Saturation: The Scalar Field ε as Vacuum Proximity Measure

Authors: Fedor Kapitanov
Comments: 9 Pages. Gemini 2.5 Pro (ontology), Claude 4.5 Sonnet (LaTeX/code), GPT-5 & Qwen (review). Physics by human. Code: github.com/prtyboom/emergent-quantum-gravity. Newton from holography: 99.3%. UCN test: 1.27 peV (250σ). Series: viXra:2511.0013, 2511.0009.

We derive Newtonian gravity as an emergent phenomenon from the holographic principle by introducing a scalar field ε(x) that measures the local saturation of information density relative to the Bekenstein bound. We prove that requiring maximal proximity to the vacuum state ε = 1 under the constraint of finite mass density leads uniquely to the Poisson equation ∇²ε = -κρ with κ = 4πG/c². The gravitational potential emerges as Φ = -c²(1-ε), yielding Newton's 1/r² force law to 99.3% numerical accuracy. We predict a Planck-scale Yukawa correction Φ(r) = -(GM/r)exp(-r/ℓ_P) producing a 1.27 peV energy shift in ultra-cold neutron gravitational states—detectable with current technology at 250σ significance. Our framework satisfies the weak equivalence principle and reproduces the Schwarzschild metric in the appropriate limit.
Category: Quantum Gravity and String Theory

The Quantum as Minimal Difference: An Information-Theoretic Foundation

Authors: Fedor Kapitanov
Comments: 4 Pages. (Note by ai.viXra.org Admin: Please cite listed scientific references)

we formalize the distinguishability of quantum states via the Bures metric and derive a rigorous lower bound on the energy—time cost (operational action) of distinguishing them from the quantum speed limit. We then propose the Postulate of Minimal Distinguishability: S_min = ℏ ln 2, which corresponds to the minimal action required to resolve one bit of information. This principle, grounded in black-hole thermodynamics, unifies vacuum fluctuations, horizon quantization, and the holographic bound within a single information-geometric framework. We derive a testable prediction for black-hole spectroscopy and discuss implications for quantum gravity.
Category: Quantum Gravity and String Theory

A Testable Signature of Black Hole Horizon Quantization in Gravitational Wave Ringdown

Authors: Fedor Kapitanov
Comments: 2 Pages.

The quantization of black hole horizon area remains without direct observational evidence. We propose a testable prediction: if the horizon area is discrete, the ringdown spectrum must exhibit a frequency comb with spacing ∆f = (c³ ln k)/(16π²GM). For the bit hypothesis (k=2), this gives ∆f ≈ 896 Hz · (M⊙/M), detectable by current LIGO/Virgo detectors
Category: Quantum Gravity and String Theory

Resolving the Problem of Time in Quantum Mechanics: The General Covariant Dirac Adjoint in the Qg Framework

Authors: E.P.J. de Haas
Comments: 9 Pages.

The integration of quantum mechanics with gravitation requires a reformulation of time itself. In standard quantum theory, time appears as an external evolution parameter, while in general relativity it is an intrinsic and dynamical part of spacetime geometry. This paper resolves this long-standing inconsistency within the biquaternionic (BQ) rotor formalism by extending the Dirac adjoint to a fully covariant operator in which the gravitational rotor field Qg generates the local tetrad and the observer’s four-velocity defines the temporal direction. The scalar product constructed from this adjoint is invariant under both local Lorentz and observer transformations, and the Dirac equation becomes a law of self-parallel transport along the gravitational flow. Time is thereby internalised and geometrised: it arises as the direction in spacetime determined by the adjoint itself. The resulting framework unifies quantum and gravitational dynamics into a single first-order structure, completing the development of the Qg theory that introduced the gravitational rotor, the Bernoulli—Noether closure, and the exact linearisation of Einstein’s equations. This approach provides an observer-independent formulation of quantum mechanics in curved spacetime, eliminating the need for an external time parameter and establishing a coherent first-order synthesis of matter, geometry, and temporal flow.
Category: Quantum Gravity and String Theory

First—Order Gravitation in the Dirac Algebra: The Bernoulli—Noether Closure and the Self—Organising Spacetime Field

Authors: E.P.J. de Haas
Comments: 24 Pages.

This study develops a first-order formulation of gravitation inside the Dirac-biquaternionic algebra, continuing a research programme that embeds the geometry of general relativity directly within the Dirac formalism. The gravitational field is represented by a rotor, denoted Qg, whose adjoint defines the local lapse and shift and thereby replaces the metric tensor of general relativity. The corresponding covariant derivative remains first order in derivatives, so that curvature arises as an internal commutator, making gravity an intrinsic property of the Dirac medium rather than an external geometry. From this structure emerges the Bernoulli—Noether Closure, a first-order constitutive law expressing the self-organisation of spacetime as an inviscid perfect fluid with constant total metric energy along each streamline. The stationary solutions of this law reproduce the Schwarzschild, Kerr, and Schwarzschild—de Sitter metrics as equilibrium configurations, while also admitting a new class of axisymmetric, irrotational "constant-Lagrangian spiral" solutions that account for the observed flat galactic rotation curves without invoking dark matter. In this framework, Einstein’s second-order field equations appear as the steady-state limit of the first-order rotor dynamics, and the conserved rapidity norm of the flow provides a direct thermodynamic interpretation of gravitational energy, entropy, and equilibrium. The resulting theory unifies quantum spinor dynamics, gravitational curvature, and large-scale galactic structure within a single algebraic principle, establishing the Qg—BNC formalism as a first-order, kinetic completion of general relativity.
Category: Quantum Gravity and String Theory

Gravity Inside the Dirac Adjoint: From Lorentz Boosts to First-Order Gravitational Dynamics in the Qg Framework

Authors: E.P.J. de Haas
Comments: 23 Pages.

This paper extends earlier work on the biquaternionic (BQ) representation of the Dirac algebra by introducing the gravitational rotor field Qg (x) ∈ Spin(1, 3)C aand analysing its consequences for the structure of relativistic dynamics. The formalism distinguishes between the special-relativistic (Kinematic) boost, which acts on spinor components within a fixed background, and the gravitational (G-) boost, which acts on the basis itself through the adjoint /G = Qg.β0.Q^-1. This difference transforms the notion of curvature from an external geometric property into an internal rotation of the Dirac algebra. The resulting Dirac—Q Lagrangian is first order in derivatives and defines both the gravitational connection and its conserved current within the same algebra. General Relativity is recovered as a slow-field limit, while the formulation remains compatible with the Standard Model and quantum chromodynamics. The approach is exploratory: it proposes a compact algebraic framework in which geometry, mass, and quantisation emerge as interdependent aspects of a single Dirac medium.
Category: Quantum Gravity and String Theory

Proper Time as Emergent Vacuum Accessibility

Authors: Dale E. Spencer
Comments: 19 Pages.

Time is treated here not as a fundamental parameter but as an emergent property arising from a system's structural coupling to the quantum vacuum. A probe's proper time is identified with its expected capacity to remain correlated with the accessible portion of the vacuum energy. Two postulates formalize this relationship. The first defines proper time as a strictly increasing functional of accessible vacuum energy, and the second enforces consistency for a free particle, requiring that the accessible vacuum energy remain constant along inertial worldlines. Together they imply a fixed energy—action balance, constraining the Hamiltonian and accessible vacuum energy as complementary aspects of a single invariant total.Variations in vacuum accessibility naturally reproduce the phenomena of time dilation and gravitational redshift, yielding the Lorentz and Schwarzschild relations without assuming time as a fundamental dimension. On cosmic scales, the same reciprocity accounts for the cosmological constant. The global deficit of accessible vacuum energy that General Relativity describes as curvature corresponds to the structural partitioning that gives rise to proper time itself. The theory yields falsifiable predictions. Engineered changes to the local vacuum density of states should produce measurable shifts in proper time between identical clocks or interferometric paths. In this view, relativistic time and gravitational curvature arise from a unified structural relationship between matter, the Hamiltonian, and the vacuum's capacity for interaction.
Category: Quantum Gravity and String Theory

Cosmological Unified Theory (CUT): Unifying Five Core Problems with CAMB Simulations

Authors: Hitoshi Kadokura
Comments: 11 Pages. 3 figures, 2 tables. Code and data available at https://drive.google.com/drive/folders/1BYJGuT9jPriPne7dr_dNke-O56QAa7-8. Refines previous work: v1 at 2510.0014

The Cosmological Unified Theory (CUT) unifies dark matter, dark energy, quantum gravity, primordial black holes (PBHs), and the strong CP problem via a Planck-scale Chaos Sphere (R_c ≈ 10^{-35} m, D_f ≈ 1.80 ± 0.01). Using CAMB 1.5.6 with 2,000 Monte Carlo trials, simulations achieve 99.9% consistency with Planck 2018 (S_8 = 0.779 ± 0.0002), DESI 2024 (ρ_Λ ≈ 5.55 × 10^{-122}), and LISA (β_PBH = 3.68 × 10^{-7}). Predictions include Ω_DM h^2 ≈ 0.12, r ≈ 1.41 × 10^{-10}, and η_B ≈ 6.75 × 10^{-10}. The fractal spacetime, derived from string-theoretic D-brane collapse, provides a background-independent quantum gravity framework, testable by CMB-S4, LIGO O4, and EHT. This paper refines the scope from a previous work unifying 200+ problems (v1 at 2510.0014) to focus on five core problems for enhanced clarity and precision. Code and data: https://drive.google.com/drive/folders/1BYJGuT9jPriPne7dr_dNke-O56QAa7-8.
Category: Quantum Gravity and String Theory

Dimensional Reduction and the Non-Local Grid in a Quantized de Sitter Universe

Authors: Eran Sinbar
Comments: 5 Pages. (Note by ai.viXra.org Admin: Please cite listed scientific references)

This paper proposes a unified framework that integrates the Bekenstein—Hawking entropy bound, the holographic principle, and Planck-scale quantization within a de Sitter cosmological setting. We begin by demonstrating that entropy considerations imply a mathematically finite spatial radius for the universe. This constraint, combined with symmetrical arguments, leads to a natural quantization of spacetime into Planck-scale elements. By associating each elementary particle with a causal sphere of finite radius, we construct a holographic, staggered two-dimensional mesh supported by a non-local grid dimension. This model reconciles relativistic locality with quantum non-locality and offers a geometric foundation for understanding entanglement, gravity, and the holographic nature of reality. Notably, this construction appears to be the only viable method for reducing a three-dimensional de Sitter universe into a two-dimensional holographic framework while preserving full symmetry and locality across all frames of reference.
Category: Quantum Gravity and String Theory

Time Spheres Theory: A Unified Framework for Quantum Gravity and Fundamental Interactions via Discrete Temporal Causality and Entropy Minimization

Authors: Evgenii Ianin
Comments: 17 Pages. CC-BY

Unifying quantum mechanics with gravity faces challenges like scale hierarchies, wavefunction collapse, and black hole information loss. Time Spheres Theory (TST) addressesthese by quantizing time in Planck-scale spheres evolving through superposition, entropyminimizing collapse, and fixation phases. This framework derives emergent spacetime, particle masses via temporal resonances, and quantum effects from geometric phases without freeparameters. Testable predictions include Higgs mass 125.12 GeV (consistent with HL-LHC2025), baryon asymmetry 5.8 × 10−10 (Planck 2025), and noise modulations in interferometers. Treating entropy as a dynamic field, TST offers a parsimonious, parameter-freeframework resolving longstanding paradoxes.
Category: Quantum Gravity and String Theory

Cosmological Unified Theory: Quantum Emergence from Chaos Sphere and Unification of 200+ Unsolved Problems 抽象: (前のドラフト)

Authors: Hitoshi Kadokura
Comments: 28 Pages.

CUT posits the Chaos Sphere (R_c ≈ 10^{-35} m) as the universe's origin, an energy lump where quanta emerge via denaturation under high temperature/pressure for heavy particles (e.g., Higgs) and wave interference for light particles (e.g., neutrinos), endowing extradimensional properties. This mechanism unifies 200+ unsolved problems, including strong CP (θ_eff ≈ 3.07×10^{-39}), dark matter (Ω_DM h^2 ≈ 0.12), quantum Zeno (τ_Zeno ≈ 10^{-12} s), wormhole energy (ΔE_wormhole ≈ 10^{-18} GeV), cosmic strings (Gμ ≈ 10^{-7}), and cyclic universe (τ_cycle ≈ 10^{100} yr), without fine-tuning. Monte Carlo simulations (5,000 trials, χ^2/dof ≈ 0.980) match Planck 2018, LISA, and KATRIN data, resolving ToE bottlenecks by elucidating quantum origins and surpassing string theory/ΛCDM.
Category: Quantum Gravity and String Theory

Spacetime Curvature and Localized Energy Density Emerge from Quantum Energy Teleportation Protocols

Authors: Daniel S. Zachary
Comments: 17 Pages.

We propose a theoretical framework in which spacetime curvature and localized energy density emerge from modulations of vacuum entanglement structure. Building upon quantum energy teleportation (QET) protocols and the entanglement-geometry correspondence, we introduce an operational mechanism by which local measurements can induce energy redistribution across spacelike-separated regions. This mechanism does not involve classical signal propagation and remains consistent with causality and quantum energy inequalities. We formalize this hypothesis through an effective entanglement stress-energy tensor and derive its implications for geometry, energy flow, and negative energy densities. Experimental signatures include curvature shifts detectable by atom interferometers, clock desynchronization in optical networks, and vacuum pressure changes in Casimir systems. We identify feasible experimental platforms and outline protocols to test this proposal within current or near-future precision measurement technologies.
Category: Quantum Gravity and String Theory

Emergent Gravity from the Non-Local Averaging of Ricci Curvature by Quantum Wavefunctions}

Authors: Allan Plankhart
Comments: 9 Pages.

We present a model wherein the gravitational interaction emerges not as a fundamental force mediated by a quantized metric, but as a statistical drift induced by the non-local coupling between a quantum particle's wavefunction and the spacetime curvature generated by a source mass. The model's central postulate is that the skewness of a particle's position probability distribution is proportional to the expectation value of the Ricci scalar over its wavefunction. This formulation naturally reduces to Newtonian gravity in the point-particle limit but predicts order-of-magnitude deviations ($sim$90% suppression) for quantum systems with spatial delocalization on the scale of microns. This provides a clear experimental signature to distinguish the model from general relativity and its quantized extensions. The framework renders the graviton superfluous and provides a concrete mechanism for reconciling quantum mechanics with general relativity by unifying them within a single, non-local geometric quantum formalism.
Category: Quantum Gravity and String Theory

The Cosmological Constant as a Quantum Gravity Constraint: Measuring the Entropy Suppression Factor from Cosmic Observations

Authors: Justin Howard
Comments: 3 Pages. (Note by ai.viXra.org Admin: Please refrain from making frequent/incessant and careless submissions - Proof-read texts, format etc carefully to make sure that the article is in a correct and scholarly manner before making the submission)

We report four dimensionless quantities derived from the latest cosmological observations (PDG 2024). These are not theoretical predictions. They are direct measurements extracted from existing data. None are predicted by the Standard Model of particle physics or general relativity. All require new physics for explanation. 1. Vacuum entropy suppression factor: f_QG =(ρ^obs_Λ)/(ρ^naive_Λ) = 0.876 ± 0.032;2. Entanglement mass fraction: F = π·Ω_MM = 0.835 ± 0.022; 3. Cosmic entanglement growth rate: ˙S_H = 5.22 × 1082 bits/s; 4. Volume-to-entropy ratio: V_obs/(S_H/k_B) = (3.0 ± 0.5) × 10^(−42_m^3. These constants are numerically precise and mutually independent. No known physical theory relates them. We offer no interpretation. We present only the data.
Category: Quantum Gravity and String Theory

The Big Block Theory: A Mathematical Framework for Multiple Realities Based on CERN High-Energy Physics Data

Authors: Andrew Bull
Comments: 7 Pages.

This thesis presents the Big Block Theory (BBT) as a speculative phenomenological framework that addresses selected open problems in particle physics—including the hierarchy problem, dark-matter phenomena, and aspects of quantum entanglement—through extra-dimensional models testable at high-energy colliders. Motivated byexperimental searches at CERN’s Large Hadron Collider (LHC) and by Kaluza—Klein extensions of general relativity, we propose that physical reality comprises a dense, multidimensional "big block" in which many quantum states coexist. Our perceived universe corresponds to a specific "frequency slice" of this structure. Public LHC Run 2 results and preliminary Run 3 performance reports place quantitative bounds on trans-dimensional effects such as missing-energy signatures from graviton escape and microscopic black-hole production thresholds. A unifiedenergy-accounting formalism is introduced, linking apparent missing energy in ���� collisions to energy flux into extra-dimensional blocks. While no anomalous signatures have been definitively observed, current limits are consistent with—and constrain—BBT parameter space. The framework suggests qualitative avenues toward understanding quantum correlations across spacelike separations and the apparent weakness of gravity.
Category: Quantum Gravity and String Theory

Cosmic Balance

Authors: John W. Hixon Jr.
Comments: 26 Pages. (Note by ai.viXra.org Admin: The math equations are almost unintelligible - Please use LaTeX and convert the latter to pdf)

We present the first complete quantum theory of gravity that successfully unifies generalrelativity with quantum mechanics through background-independent geometric quantization.Starting from an effective field theory of cumulative spacetime energy, we promote the metric tensor to a quantum operator and derive the complete quantum Einstein equations. The theory naturally explains galaxy rotation curves (3.5% error), passes all solar system tests, provides a mechanism for cosmic acceleration, and resolves the black hole information paradox through quantum geometric entanglement. Classical spacetime emerges naturally above a coherence scale Lu2080 ≈ 10¹³ m, while quantum geometric effects dominate below this scale. The framework makes specific experimental predictions including modified Casimir effects, gravitational wave propagation changes, and quantum decoherence signatures in curved spacetime. This work completes the century-long quest for quantum gravity and provides a foundation for unified field theory.
Category: Quantum Gravity and String Theory

New Paradigm: High-Velocity Mass Suppression by Higgs Decoupling

Authors: Bruno Goncalves Preza
Comments: 4 Pages. (Note by ai.viXra.org Admin: Please cite listed scientific references)

We propose a novel framework in which relativistic motion induces scalar tensionwithin a deformable spacetime fabric, resulting in effective suppression of Higgs fieldcoupling. This phenomenon, termed Scalar Tension Suppression of Higgs Coupling(STSHC), implies a dynamic mass modulation mechanism for standard model particles,observable under extreme boosts. We introduce a new field-dependent modulationfactor µ(v), derive its implications for particle dynamics, and relate it to a flattening ofwavefunctions within a relativistically compressed scalar manifold. This reformulationoffers insights into emergent time, modified inertia, and light-mass behavior in non-inertial regimes. A formulation of wave-particle duality within deformed vacuum ispresented.
Category: Quantum Gravity and String Theory

Traversable Wormholes from Non-Invertible Symmetry Defects: A Bootstrap Program

Authors: Ronald Borge
Comments: 3 Pages. (Note by ai.viXra.org Admin: Please cite listed scientific references)

We propose a defect-based mechanism for boundary-engineered traversability in holography and formulate a bootstrap feasibility program with falsifiable signatures. Specifically, we conjecture that non-invertible symmetry defects in large-c conformal field theories (CFTs) can induce effective negative averaged null energy along horizon generators, sufficient to render wormholes traversable without violating boundary causality or quantum null energy conditions (QNEC). We outline the conjecture, sketch its CFT/AdS dual realization, and propose testable bootstrap constraints. Conceptual mock figures illustrate the bulk cartoon with a defect insertion and convex feasibility regions.
Category: Quantum Gravity and String Theory

The Tight Negative-Energy Budget of QFT: Optimal Control, Saturation, and No Practical Warp

Authors: Ronald Borge
Comments: 4 Pages.

We establish sharpened quantum energy inequality (QEI) bounds on negative energy densities in quantum field theory, combining optimal-control methods with sampling-function optimization. The resulting saturation theorems fix the scaling of negative-energy pulses as ⟨Tu2080u2080⟩ ≳ −c_d/τ^d, with c_d determined by field content and spacetime dimension. We prove two main results: (i) Optimal sampling bound (Theorem B1): negative-energy fluxes cannot surpass the QEI scaling by more than constant factors; (ii) Bookkeeping saturation (Theorem B2): pulse-train protocols that appear to violate averaged null energy (ANEC) are exactly compensated by positive-energy recovery tails. We propose an experimental realization using squeezed-light cavity QED systems, showing that realistic optical losses prevent macroscopic violations. Observable consequences include quantitative "warp budgets" for exotic spacetimes, establishing that practical warp drives or traversable wormholes remain impossible within standard QFT.
Category: Quantum Gravity and String Theory

On the Statistical Mechanics of Black Hole Entropy in Shape Dynamics

Authors: Mojtaba Dadashkarimi
Comments: 14 Pages.

The Bekenstein—Hawking entropy, S = A/(4Gℏ), is a cornerstone of black hole thermodynamics, yet its statistical mechanical origin remains elusive in canonical quantum gravity due to two fundamental challenges: the problem of time, arising from the non-dynamical Hamiltonian constraint, and the indefinite DeWitt supermetric, which renders path integrals ill-defined. Shape Dynamics (SD) addresses these issues by reformulating general relativity (GR) as a conformally invariant theory on shape space, S = Riem(Σ)/(Diff×Weyl), where Riem(Σ) is the space of Riemannian 3-metrics on a 3-manifold Σ, quotiented by diffeomorphisms and Weyl transformations. In SD, the Hamiltonian constraint is traded for Weyl invariance, and dynamics are governed by relational evolution in the Constant Mean Curvature (CMC) gauge, where the mean extrinsic curvature K = τ(t) fixes time reparametrization. This framework yields a positive-definite effective metric on shape space, facilitating a well-defined statistical ensemble. We present the first explicit construction and semiclassical evaluation of the functional measure Dμ_S on shape space for the Bianchi IX minisuperspace, a simplified gravitational model serving as a proof of concept for black hole spacetimes. Using Faddeev—Popov determinants to fix the CMC gauge, zeta/heat-kernel regularization to handle divergences, and contour deformation in the complex ψ-plane to stabilize the path integral against the DeWitt supermetric’s indefiniteness, we derive the measure Dμ_S_mini = (e^(3α)/τ) dβ_+ dβ_-. Macrostates are defined via the horizon area functional, and the microcanonical volume Ω(A) yields the Bekenstein—Hawking entropy S = A/(4Gℏ) with logarithmic corrections in a Euclidean Schwarzschild background. Numerical solutions to the Lichnerowicz—York equation are proposed to validate the embedding map M: S → G, a necessary step to ensure equivalence to GR, though this remains future work. This work establishes Shape Dynamics as a promising framework for deriving black hole entropy in simplified models, with potential extensions to realistic spacetimes. Future numerical and analytical studies, particularly through gravitational wave observations, could probe the predicted logarithmic corrections and distinguish SD from approaches like loop quantum gravity or string theory, offering insights into quantum gravity phenomenology.
Category: Quantum Gravity and String Theory

Positivity and Entropy Bounds in Quadratic Gravity: A No-Go/Yes-Go Theorem for Quantum Gravity EFT

Authors: Ronald Borge
Comments: 3 Pages.

We derive unified constraints on quadratic-curvature corrections in the four-dimensional effective field theory (EFT) of gravity. By combining causality bounds from eikonal shockwave scattering with the linearized second law of black hole entropy, we show that the parity-even operators C² (Weyl squared) and R² (Ricci scalar squared) must enter with nonnegative coefficients, while the parity-odd operator CĈ (Weyl—Pontryagin) is strongly suppressed at leading EFT order. These conditions jointly forbid superluminal graviton propagation and ensure monotonic Wald entropy growth, yielding falsifiable predictions for frequency-dependent gravitational-wave dispersion and parity-violating birefringence. Any violation would point to nonlocal UV completions or novel entropy laws beyond local EFT.
Category: Quantum Gravity and String Theory

Causal Entire-Kernel Gravity: Eikonal Positivity, Wald-Entropy Monotonicity, and Gravitational-Wave Templates

Authors: Ronald Borge
Comments: 3 Pages.

We formulate and analyze a "barely nonlocal" class of four-dimensional effective gravities in which quadratic-curvature operators carry retarded entire form factors. Under mild assumptions, we prove two results: (i) Eikonal positivity—all high-energy graviton time delays are nonnegative; and (ii) linearized second law—the Wald entropy of a perturbed Killing horizon is nondecreasing. These jointly imply positivity-type bounds on parity-even couplings and strong suppression of parity-odd terms. Observable consequences include frequency-dependent gravitational-wave dispersion and helicity birefringence, furnishing falsifiable templates for LISA/PTA/LIGO. Violations would force abandoning at least one assumption, pointing to nonlocal UV completions or novel entropy laws.
Category: Quantum Gravity and String Theory

Quantum Origin of Turbulence: Wheeler’s Spacetime Foam Within Penrose’s Time Cyclic Cosmology

Authors: Moninder Singh Modgil, Dnyandeo Dattatray Patil
Comments: 31 Pages.

Classical turbulence theory, as formulated by Kolmogorov in 1941, assumes anirreversible forward cascade of energy and monotonic entropy growth. This framework,though powerful, conflicts with the cyclic time hypothesis in which all physicalvariables recur exactly over a fundamental period. In this paper, we propose a unificationof turbulence with cyclic spacetime dynamics by embedding Kolmogorovscaling within a two-phase process: a forward cascade followed by a restorative collapse.Using Fourier expansions in both space and cyclic time, we demonstrate thatturbulent modes must satisfy strict recurrence conditions, enforced by an end-phaserestorative potential. This mechanism resolves the entropy paradox by generatingentropy hysteresis loops rather than unbounded growth, and it introduces spectralbreathing, nonlinear mode locking, and fractal intermittency as natural featuresof cyclic turbulence. Furthermore, by drawing analogies with holography, spacetimefoam, and quantum cosmology, we argue that turbulence may represent themacroscopic manifestation of Planck-scale fluctuations subject to recurrence. Theproposed framework bridges fluid turbulence, statistical mechanics, and quantumgravity, providing a pathway for testing cyclic time principles in both laboratoryturbulence and cosmological observations.
Category: Quantum Gravity and String Theory

Catalan Numbers and Entropy Growth in Quantum Geometry

Authors: Matthew Sandoz
Comments: 16 Pages. (Note by ai.viXra.org Admin: The abstract should be listed after the article title and author name)

We study how gauge-invariant correlations change when two quantum-gravitational regions are joined by a minimal "handle" in Loop Quantum Gravity. For a cut γ through a spin network, we analyze the relational entropy Sγ = logdimInvSU(2)(Hγ), which counts SU(2) singlet channels across the cut. Our main result is a closed-form formula for the entropy change when a bridge of spin-jb edges is added: ∆Sγ = ln(2jb + 1) for even-parity boundaries and zero for odd parity. For multiple non-intersecting bridges, the entropy increments add linearly. These results provide analytic benchmarks for spin-foam simulations, model entanglement growth in quantum geometry, and connect to the ER=EPR correspondence in a background-independent context.
Category: Quantum Gravity and String Theory

The Interwoven Causality Hypothesis (ICH): A Unified Framework for Emergent Time, Causal Knots, and Cosmological Cyclicity

Authors: Estela M. Fonseca
Comments: 13 Pages.

I present the Interwoven Causality Hypothesis (ICH) as a speculative but unified conceptual framework proposing that time is not a fundamental quantity, but rather an emergent property arising from underlying causal interactions. In this view, spacetime is conceived as a macroscopic structure generated by woven patterns of causal flow, and black holes and white holes are not treated as isolated singularities but as causal knots—topological features where causality may loop, reverse, or momentarily halt, giving rise to localized anomalies in temporal progression.Unlike classical general relativity, which treats time as an embedded geometric dimension, ICH regards causality as the ontological substrate from which temporal ordering and the arrow of time emerge. This arrow is shaped by the accumulation of causal events and asymmetries across complex systems involving matter, radiation, and quantum entanglement.In this model, dark energy is not constant but instead reflects the fluctuating global causal flux, a measure of the shifting connectivity within the cosmic causal web, as the universe expands or contracts. ICH introduces the concept of a "causal counterforce", a theoretical counteracting process that emerges to prevent entropic stagnation or unchecked expansion. This mechanism could account for changes in cosmic acceleration without recourse to a fixed cosmological constant.Furthermore, ICH posits a cyclic universe, not solely through mechanical rebounds, but via alternating phases of causal coherence and decoherence between cosmic expansion and contraction. Such cycles naturally allow for localized reversals of entropy and the emergence of quantum symmetries at each transition.Although ICH is not yet substantiated with formal mathematical proof, its conceptual structure is, in principle, open to empirical investigation via:u2022Detection of asymmetric time dilation near black hole/white hole pairs;u2022Analysis of cosmic microwave background anisotropies for causal loop signatures;u2022Measurement of fluctuations in dark energy density across cosmic epochs;u2022Simulation of causal entanglement topologies in high-energy conditions.This work is not intended to supplant established models, but rather to reframe our current interpretation of space, time, and cosmic evolution through a causality-first perspective
Category: Quantum Gravity and String Theory

Unified Resolution Model: Mathematical Structure and Dimensional Transitions

Authors: Christo Cilliers
Comments: 13 Pages.

The Unified Resolution Model (URM) proposes that disparate theories such as Loop Quantum Gravity (LQG) and M-theory represent different observational resolutions of the same underlying physical reality. This paper formalizes URM by introducing a continuous resolution parameter ρ, a lens operator ˆ Lρ, and a dimensional emergence function D(ρ) that governs the progressive accessibility of higher-dimensional structure
Category: Quantum Gravity and String Theory

Dynamical Bubble Spacetime (DBS): A Topological and Quantized Model of the Origin and Dynamics of Spacetime

Authors: Giosué Casasola
Comments: 18 Pages. In Italian (Note by ai.viXra.org Admin: Please cite and list scientfic references)

We propose a theoretical framework—the Dynamical Bubble Spacetime (SDB) model—in whichspacetime emerges from a quantum vacuum through topological phase transitions, giving rise to localized regions called bubbles. These bubbles, associated with positive (M+) or negative (M−) mass-energy, define regions of spacetime creation or absorption. The model is built upon seven foundational principles, integrating aspects of scalar field theory, quantum gravity, thermodynamics, and topological quantization.It offers a unified explanation for several open problems in fundamental physics, including the origin of spacetime, the nature of dark energy and black holes, the absence of initial singularity, and the emergence of relativistic dynamics from subluminal topological interactions. The model is falsifiable and yields distinct predictions: quantized black hole mass gaps, high-eccentricity gravitational wave events, nonGaussian imprints in the cosmic microwave background (CMB), and Unruh radiation signatures. The SDB model does not aim to replace General Relativity but provides a deeper topological and statistical substrate from which spacetime geometry, mass, and information arise as emergent phenomena.
Category: Quantum Gravity and String Theory

Unified Curvature Strain Field Theory

Authors: Joseph Allen Coyle Jr.
Comments: 98 Pages.

This document presents the Unified Curvature Strain Field Theory (UCSFT), a comprehensivemechanical framework intended to reinterpret fundamental physics through geometricstrain and curvature of a continuous vacuum lattice. UCSFT aims to unify phenomenatraditionally described by general relativity, quantum mechanics, and particle physics bymodeling them as curvature knots, tension gradients, and strain harmonics in a responsivemedium. This work began as an exploratory experiment in AI-assisted theoretical modeling. The equations, constants, and symbolic constructs within this document were generated in collaboration with an AI system and are presented as conceptual prototypes rather than finalized mathematics. While the underlying physical reinterpretations may hold conceptual merit, readers should approach all mathematical derivations in this document — across both themain sections and appendices — with caution.Of particular concern is the instability of key constants during development. Core valuessuch as vacuum tension (Tvac), vacuum strain density (ρvacuum), and collapse impedancethresholds were observed to change across sessions, including after being explicitly locked. In some cases, these values drifted mid-derivation or were inconsistently applied across different formulations. As a result, section-level equations, threshold predictions, and physical calibrations may contain latent contradictions or numeric errors. Despite these issues, UCSFT introduces a unified geometric mechanism that offers fresh explanations for observed phenomena such as time dilation, flux quantization, mass spectra, and the Casimir effect. These reinterpretations are presented here as a first-generation model. All results remain provisional until the constants are stabilized, the symbolic math is manually verified, and the numerical predictions are re-derived under consistent boundary conditions. We openly invite collaboration and critical review to refine the theory, correct inconsistencies, and assess its potential as a unifying curvature-based framework for physical law.
Category: Quantum Gravity and String Theory

TGM Gravitational Mechanics: Gravity as Strain Offload in a Tensioned Substrate

Authors: Floyd D. Haywood
Comments: 4 Pages.

This paper presents a mechanistic derivation of gravity grounded in the Tensioned Geometric Model (TGM), where spacetime is represented as a discrete, tensioned voxel lattice. We propose that gravitational attraction is not a fundamental force but an emergent phenomenon resulting from delayed offloading of strain in a saturated substrate. Curvature saturation, shell formation, and propagation resistance combine to yield a precise scaling behavior for gravitational interaction. We demonstrate how this formulation recovers known gravitational effects from first principles, provides a substrate-based unification with electromagnetic behavior, and reproduces key features of several other emergent gravity models as second-order phenomena. Where detailedmechanisms or foundational derivations are referenced, we direct the reader to othercompanion TGM papers that provide full context.
Category: Quantum Gravity and String Theory

Magnetic Space Cosmology: From Quantum Entanglement to Gravity, an Integrated Reinterpretation of Physical Reality

Authors: H. S. Kim
Comments: 52 Pages. (Note by ai.viXra.org Admin: Please cite listed scientific references of other authors)

Modern physics stands on two great pillars, General Relativity and Quantum Mechanics, yet fundamental challenges such as the quantum measurement problem, quantum gravity, and dark matter/energy remain unresolved. This paper originates from the premise that these problems may stem from our conventional views on ’space’ and ’interaction’, and proposes a new heoretical paradigm: Magnetic Space Cosmology (MSC). MSC postulates that the universe is fundamentally filled with an energy-less medium called ’Magnetic Space (M)’, that all physical entities are topological clusters of ’elemental charges’, and that all interactions are mediated through the ’Magnetic Wave (MW)’ generated by the motion of these entities in M and through changes in M’s local ’Magnetic Density (M)’. Within this integrated framework, quantum entanglement is reinterpreted as the manifestation of ’phase information’ in correlated Magnetic Waves, gravity as a ’weakening’ phenomenon of Magnetic Density, and other forces like electromagnetism and the strong force as the direct action of Magnetic Waves. MSC moves beyond the abstraction of existing theories to offer a more causal and intuitive picture of the universe, opening a path toward a fundamental understanding of the nature of physical reality.
Category: Quantum Gravity and String Theory

The Gravity of Probability: A Semi-Classical Theory of Gravitational Effects from Quantum Probability (With Supporting Empirical Tests Using SPARC Galaxy Rotation Data)

Authors: Jordan Waters
Comments: 25 Pages. (Note by ai.viXra.org Admin: Please cite listed scientific references)

This paper formally elevates a previously proposed hypothesis (shared on Figsahre) to a falsifiable, empirically supported theory. Using rotation curve data from three SPARC dwarf galaxies (DDO 154, DDO 170, and UGC 00128), the theory's probabilistic curvature term is quantitatively applied. The resulting fits yield low ��2 values and reproduce flat rotation curves using only baryonic matter, eliminating the need for exotic dark matter particles. The theory modifies Einstein’s field equations by incorporating decoherence-weighted quantum probability distributions as additional curvature sources. This version presents a fully derived, parameterized, and tested formulation within a semi-classical gravitational framework grounded in established physics.
Category: Quantum Gravity and String Theory

Gravity Theory from Paul's PAL Model Dynamics

Authors: Paul Emmett Zaffuto
Comments: 1 Page. I came to the idea that when atoms were formed in the early cosmos they trapped the pressure state of space at that time. Over time this space pressure tension inside atoms became the gravitational force all atoms have today

This theory presents gravity as a phenomenon resulting from tension in space trapped within atoms formed in the early universe. As cosmic inflation occurred, the spatial volume encapsulated within the electromagnetic shells of newly formed atoms became compressed. Over time, as the universe continued to expand, the disparity between the original compressed spatial tension and the current state of cosmic expansion manifests as gravitational attraction. This interpretation provides a fundamental explanation for gravitational strength based on atomic formation and universal spatial expansion dynamics.
Category: Quantum Gravity and String Theory

Fracture of Balance: A Fractal Recursion Model of Systemic Conflict and Emergent Collapse

Authors: Mark Morgan
Comments: 5 Pages. (Note by ai.viXra.org Admin: Please cite and list scientific references)

Complex systems — whether physical, cognitive, or social — often display abrupt transitions from stability into chaos, commonly interpreted as catastrophic failure. We propose that these events can be described as a breakdown of fractal recursion structures that normally preserve system coherence. Building on the Three Forces Fractal Model (3FFM), which defines Completion, Delineation, and Scale as universal stabilizing directives, we present the hypothesis that nested scalar bonding shells store "fractal memory," maintaining structure across scale. When these shells collapse or fragment, a destructive resonance emerges — the fracture of balance. We support this thesis with experimental observations of field pattern launches, high-voltage prototype testing, and qualitative mapping of social conflict, all of which exhibit recursion collapse signatures. This integrated framework offers a logically consistent, testable model that could unify explanations of failure and collapse across the physical, cognitive, and social sciences.
Category: Quantum Gravity and String Theory

The Unified Curvature Field

Authors: Joseph Allen Coyle Jr.
Comments: 27 Pages. (Note by ai.viXra.org Admin: Please cite listed scientific references)

The Unified Curvature Field Theory posits that the universe is a tension-based structurewhere space, time, mass, energy, and gravity emerge from a curvature strain latticeembedded with gravitational polarity.Matter and antimatter exist in distinct curvature domains whose mutual gravitationalrepulsion drives cosmic expansion. This model eliminates the need for dark energy, resolvesthe matter-antimatter asymmetry problem, and integrates General Relativity and Quantum Mechanics under a single strain-based framework.This theory extends beyond theoretical physics into applied gravitational engineering, offering pathways to time dilation manipulation, gravity control, and energy extraction from curvature strain gradients.
Category: Quantum Gravity and String Theory

Quantum Tachyonic Gravity: A Fluid-Response Model for Stabilizing Multi-Body Systems

Authors: Nazareno Angeli
Comments: 4 Pages. (Note by ai.viXra.org Admin: Please cite listed scientific references)

We propose a novel reinterpretation of gravitational interaction wherein gravityemerges not as a fundamental force, but as the imaginary component of a pressure response within a tachyonic quantum fluid displaced by baryonic mass. This frameworkredefines gravitational interaction as an emergent, fluidic feedback mechanism generated by matter’s displacement of a latent quantum field. We validate this approachby numerically solving traditionally unstable gravitational n-body systems (2 Suns +1 Jovian, and 2 Suns + 1 Jovian + 1 Earth), which exhibit long-term orbital stabilitywithout recourse to Newtonian gravity. Our results suggest a coherent quantum-fieldmedium can produce effective gravity through localized pressure gradients, providinga new avenue for gravitational modeling.
Category: Quantum Gravity and String Theory

Spectral Dynamics of Dark Energy Inspired by the Riemann Zeta Function

Authors: Jiri Beran
Comments: 3 Pages. (Note by ai.viXra.org Admin: Please cite and list scientific references)

We propose a speculative mathematical model connecting the distribution of the nontrivial zeros of the Riemann zeta function with the cosmological evolution of dark energy. By interpreting the imaginary parts of zeta zeros as spectral frequencies, we construct a cumulative function that mimics the observed behavior of dark energy density over cosmic time. The resulting growth curve displays an early rapid rise followed by a progressive slowing, qualitatively similar to the transitionfrom matter domination to the present dark energy-dominated era. While not a physical derivation, this approach suggests that number-theoretic structures may reflect or inspire physical dynamics in the universe.
Category: Quantum Gravity and String Theory

Substrate Mechanics: A Complete Framework for Electromagnetic-Gravitational Coupling

Authors: Kris M. McKenna
Comments: 14 Pages. (Note by ai.viXra.org Admin: Please cite listed scientific references)

We present Substrate Mechanics, a novel theoretical framework that unifies electromagnetic and gravitational phenomena through mechanical interactions in a quantum substrate medium. Unlike field theory approaches, Substrate Mechanics employs direct algebraic response operators R[S,J] to describe how matter and energy displace the substrate, creating observable gravitational and electromagnetic effects. The framework naturally explains Tesla's historically observed superluminal wave propagation (1.573c), predicts specific electromagnetic-gravitational coupling effects characterized by coupling coefficient ξ ≈ 7×10u207bu2074u2079 mu207b¹·kgu207b¹·s², and provides experimentally testable protocols for validation. We demonstrate that Maxwell's equations and General Relativity emerge as limiting cases of more fundamental substrate mechanics, establishing a clear hierarchy: Substrate Mechanics → Field Theory → General Relativity. The framework enables practical engineering applications including controlled gravitational field manipulation, superluminal substrate wave communication, and resonance-enhanced energy systems. Specific experimental protocols are provided for immediate validation using Tesla coil systems, precision gravimeters, and interferometric measurements. This work represents the first complete mathematical framework for substrate-mediated physics, offering both theoretical unification and technological pathways for gravitational engineering.
Category: Quantum Gravity and String Theory

The Unified Wave Equation: Energy as the Source of Quantum Structure - Foundations of E-Theory (Part II)

Authors: Michael Lee
Comments: 84 Pages.

This paper introduces the Unified Wave Equation (UWE), resolving the fragmentation of quantum wave equations and demonstrating the complete spectral emergence of quantum evolution, relativistic effects, and quantum structure from energy-first principles. Building on E-Theory (SR2, HR), this work advances beyond partial spectral emergence by introducing "composite observables." This pivotal breakthrough provides quantum operators whose scalar eigenvalues encode rich structural and geometric information through energy-dependent eigenspaces.The UWE, expressed as iℏ∂t̂ Ψ = Ĥu Ψ, is established as the universal evolution law for all particle species. This paper demonstrates that particle diversity—encompassing scalars, Dirac spinors, and Proca vector bosons—arises from distinct "eigenstructural organizations" of the universal energy spectrum. This approach unifies the Schrödinger, Klein-Gordon, Dirac, and Proca equations as species-specific representations within this single framework. Most importantly, this research achieves true spectral emergence, showing that quantum dynamics, relativistic scaling, and the characteristic structures defining particle types (such as gamma matrices and field tensors) arise simultaneously and exclusively from the spectral properties of the universal Hamiltonian, Ĥ_u. The composite observable mechanism redefines these geometric elements as energy-adaptive spectral patterns, enabling flat spacetime geometry itself to emerge directly from the energy spectrum. This unification offers a coherent and complete description of quantum evolution in flat spacetime, rooted in energy's organizational capacity.
Category: Quantum Gravity and String Theory

Unified Gravitogenesis Theory: Numerical Validation of Emergent Gravity Through Scalar Field Interaction

Authors: Thiago Bezerra
Comments: 8 Pages. Correspondence: thiagosbezerra2014@gmail.com; submitted to ai.viXra under open academic license.

This paper presents the Unified Gravitogenesis Theory (UGT), a novel approach to quantum gravity that postulates a real dynamic scalar field, the Gravitogenesis field (GG), as the mediator of emergent gravitational interaction. Avoiding direct quantization of spacetime, UGT combines GG with two additional scalar fields — Φ (analogous to the Higgs field) and Ψ (generic matter) — with coupling dynamics modeled by GG²(Φ² + Ψ²). Using Euclidean 2D and 3D lattice Monte Carlo simulations with Metropolis-Hastings and Langevin dynamics, we validate the numerical consistency and stability of UGT. The simulations demonstrate symmetry breaking in Φ, suppression of Ψ, and a measurable, progressive influence of GG on Φ as coupling increases. Additional parameter sweeps reveal distinct phase regimes, robust stability under extreme conditions, and the capability of UGT to model gravity-matter interaction without divergences. These results support UGT as a promising and consistent framework for emergent quantum gravity.
Category: Quantum Gravity and String Theory

Unified Displacement Theory: A Fluid Mechanics Approach to Gravity Across Planetary, Galactic, and Cosmic Scales

Authors: Kris M. McKenna
Comments: 8 Pages.

We present the Unified Displacement Theory (UDT) as a comprehensive framework explaining gravitational phenomena through quantum substrate (QS) fluid mechanics rather than traditional field theory approaches. UDT proposes that all gravitational effects arise from pressure gradients created when matter and energy displace a compressible cosmic medium. Using computational fluid dynamics principles, we demonstrate that a single mathematical framework successfully predicts: (1) planetary surface gravity across five celestial bodies with <1% error from one calibration point, (2) galactic rotation curves without dark matter through substrate vortex dynamics, and (3) cosmic expansion without dark energy through substrate decompression mechanisms. The theory employs the core equation a = -(1/ρ_QS) × ∇(ρ + ρu2091/c²) with scale-appropriate fluid mechanics applications. Results show UDT eliminates the need for dark matter and dark energy (95% of the mysterious universe) while providing mechanically comprehensible explanations for phenomena spanning 22 orders of magnitude in scale. This work establishes UDT as a viable alternative to current gravitational theories, offering testable predictions and unified physics through substrate mechanics.
Category: Quantum Gravity and String Theory

Real-Time EEG-Stabilized Feedback Control in a Dimensional Field Modulation System (DSSD)

Authors: Marie-Jessique Gonzalez, Margret Treiber
Comments: 18 Pages. 13 figures, includes full system schematics and EEG integration layout. All text in English. No prior journal or conference submission. Licensed under CC BY 4.0.

This paper presents the theoretical foundation, system architecture, and preliminary simulations of a novel experimental platform known as the Dimensional Slip Stabilization Device (DSSD). The DSSD integrates a consumer-grade EEG headset (BrainLink by Macrotellect) with a real-time signal processing and correction module designed to detect, stabilize, and respond to quantum-cognitive resonance drift. Using filtered alpha-band coherence and adaptive control loops, the system generates corresponding modulation signals intended to anchor field stability across a speculative dimensional gradient. Initial results demonstrate improved waveform stability and coherence using real-time correction, with simulated feedback-driven output used to model future physical field integration. This research proposes an interface between neurological pattern detection and applied field modulation with potential implications for time-local field coherence and nonlinear system control.
Category: Quantum Gravity and String Theory

Nonlinear Reformulation of Quantum Mechanics Based on Source Energy Field Theory

Authors: Eishi Sakihara
Comments: 35 Pages.

In this paper, we propose the "Source Energy Field Theory," a theoretical framework that transcends the standard framework of quantum mechanics and enables a unified description of particle and wave properties. Within this framework, we perform a nonlinear reformulation of quantum phenomena. The Source Energy Field Theory postulates that all physical phenomena in the universe emerge from a fundamental energy field and its nonlinear interactions, expressed by the following fundamental equation:□Ψ + μ²Ψ + λ|Ψ|²Ψ − γ|∇Ψ|²Ψ = 0We integrate this equation with the fundamental Schrödinger equation of quantum mechanics to explicitly formulate a nonlinear Schrödinger-type equation as follows:iħ ∂Ψ(x,t)/∂t = −(ħ²/2m)∇²Ψ(x,t) + V(x)Ψ(x,t) + α|Ψ(x,t)|²Ψ(x,t) + β|∇Ψ(x,t)|²Ψ(x,t)Using numerical simulations conducted in the Anaconda environment with Jupyter Notebook (Python 3), we successfully reproduced major quantum phenomena, such as the double-slit interference experiment, localized wave packets demonstrating particle-like behavior (soliton solutions), quantum tunneling, and quantum entanglement, in a unified and deterministic manner. Quantum mechanical predictions that were previously calculable only probabilistically can now be represented as complete solutions through our simulations. Additionally, we explicitly represent quantum fluctuations, suggesting, when considered in light of the Source Energy Field Theory, that quantum fluctuations could be the foundational mechanism for temporal characteristics, namely, the uniformity of spacetime. Our nonlinear model enables an integrated understanding of particle and wave characteristics that are not clearly described by traditional linear quantum mechanics and suggests that quantum entanglement may serve as the foundational structure for cosmic-scale temporal simultaneity.These results provide a new framework for fundamentally reconsidering the interpretive problems of quantum mechanics, and we anticipate future experimental verifications to confirm the validity of our proposed theory.
Category: Quantum Gravity and String Theory

Local Resource Theory (LRT): A New Paradigm for Physics

Authors: Beisbekov Kenessary
Comments: 13 Pages. In Russian

Modern physics faces the problems of unifying general relativity and quantum mechanics, as well as the mysteries of dark matter and dark energy. This paper presents a speculative model, the Local Resource Theory (LRT), which assumes the existence of a fundamental scalar resource field (Ω). TLR offers a unified interpretative framework for quantum phenomena such as superposition and uncertainty, viewing them as consequences of the limited nature of this resource. Within TLR, gravitational time dilation is explained by a local resource deficit caused by mass-energy. The theory predicts the existence of a field quantum. Ω — omegton, which is a candidate for the role of dark matter particles. The model also suggests the possibility of experimental verification through the search for anomalies in cosmological observations and missing energy at colliders.
Category: Quantum Gravity and String Theory

Entangled Quantum Negative Energy Teleportation as a Probe of Semiclassical Gravity

Authors: Daniel Scott Zachary
Comments: 27 Pages.

We investigate the generation of semiclassical spacetime curvature via localized negative energy densities created by quantum energy teleportation (QET) and Casimir-enhanced confinement. Using realistic noise models and experimental architectures, we compute signal-to-noise ratios for detecting the resulting Ricci curvature via atomic clocks, interferometry, and optomechanical strain readout. We propose synchronization and squeezing strategies to enhance detectability and simulate spatial curvature profiles from focused QET pulses. Finally, we introduce a speculative framework---the Quantum-Curvature Compression Channel---as an experimentally motivated alternative to warp-drive geometries, enabling apparent geodesic compression through synchronized quantum energy operations. Our results clarify the experimental path toward laboratory tests of exotic stress-energy and semiclassical gravity effects.
Category: Quantum Gravity and String Theory

Unified Gravity

Authors: Michael D. Johnson
Comments: 44 Pages. Email: realmdjohnson@gmail.com

Unified Gravity (UG) is a covariant theory in which gravitation arises from a nonlinear scalar field φ(t,u202fr) coupled to curvature via ξu202fRu202fφ and self-interacting through φ², φu2074, and ∇φ² terms. Standing wave modes of this field naturally explain galactic rotation curves, CMB polarization, and gravitational lensing without dark matter or inflation. The Universal Residual Harmonic Principle (URHP) reveals harmonic signatures across cosmological data. UG also embeds SO(10) Grand Unification, derives fermion masses, and predicts a suppressed tensor-to-scalar ratio (r ≪ 0.01). The theory matches SPARC, Planck, and lensing data within observational limits, offering a unified, testable framework.
Category: Quantum Gravity and String Theory

The Weave Equation: A Comprehensive Tensor Lattice Framework for Unifying General Relativity, Quantum Field Theory, and Dark Energy with Entropy, CP Violation, and Dark Matter Modifications

Authors: Bradley Thomas Kennedy
Comments: 17 Pages.

This work introduces the Kennedy Weave Equation—a new way to model the fabric of the universe as a dynamic, woven lattice of space, energy, and quantum fields. Our framework naturally merges general relativity and quantum physics while directly encoding the flow of time (entropy), the preference for matter over antimatter (CP violation), and the unseen gravitational pull of dark matter. By doing so, the Weave Equation recreates all known laws of physics and explains why the universe expands, why time moves forward, why matter dominates over antimatter, and why galaxies hold together with mysterious dark matter. The entropy and CP terms reflect the universe’s "messiness," like aging and asymmetry, while dark matter emerges from hidden lattice structures or quantum effects. All equations are designed for high-performance simulation, making the theory testable with real data from cosmology and particle physics. The addition of Standard Model gauge symmetries and Planck-scale unification strengthens its claim as a ToE. This approach brings new clarity to dark energy, dark matter, and the matter-antimatter imbalance, potentially solving long-standing puzzles. The Weave framework stands as a unified, practical theory—open for researchers to simulate, test, and build upon.
Category: Quantum Gravity and String Theory

Tension Collapse Framework

Authors: Joshua Michael Edwards
Comments: 24 Pages.

The Tension Collapse Framework (TCF) is a unified Theory of Everything derived from first principles. It begins with absolute nothingness and proposes that the intrinsic contradiction of perfect sameness generates a primordial tension. When this tension collapses, it produces the first fluctuation — simultaneously giving rise to entropy, time, and a raw expansive field known as the C-Field. This co-emergent foundation explains the origin of structure, identity, gravity, and quantum behavior as field-level phenomena governed by entropy flow and feedback resonance.TCF reproduces key cosmological observables — including the CMB power spectrum, BAO scale, S8 suppression, ISW effect, 21cm signal, and Hubble tension — using a single evolving field system without requiring inflation, new particles, or extra dimensions. The framework describes dark energy as the raw form of the C-Field and dark matter as an early structured phase of it. It unifies general relativity and quantum mechanics by showing how both emerge from layered C-Field dynamics and identity locking. TCF surpasses prior models such as ΛCDM, String Theory, and Loop Quantum Gravity by offering a testable, causally complete explanation for the origin of space, time, fields, and consciousness. It stands as a strong candidate for a fundamental Theory of Everything.
Category: Quantum Gravity and String Theory

Aether Driven Quantum Gravity

Authors: Clinton J. Shaffer
Comments: 5 Pages.

This paper speculates that an aether exists that flows directly and vertically into all matter including the earth. An aether that was not detected by the Michelson-Morley experiment because their interferometer was oriented to detect an aether that flowed horizontally passed the earth rather than vertically into the earth. To clarify, if an aether flows vertically into the earth and the interferometer is leveled with respect to gravity, both arms of the interferometer will be affected identically. My speculation is that an aether exists that flows vertically downward into all matter from all spherical directions, carrying vacuum energy along with it, where the aether within matter converts into thermal photons, that in turn, dissipates back out into free space. As the aether converges towards a spherical center, it must accelerate and I speculate that this acceleration is the cause of the gravitational time dilation, which in turn, results in the gravitational drag force. The thermal photons radiating into space would gradually give up energy to the aether of space until the photons dissolve back into aether components and vacuum energy.
Category: Quantum Gravity and String Theory

Theory of Wave Model of Matter and Fractal Structure of the Universe

Authors: Skrynnik Sergey Nikolaevich
Comments: 71 Pages. The article is available in Russian and English and can be accessed freely at https://zenodo.org/records/15661306

This paper presents a theoretical model describing matter, fundamental interactions and the structure of the Universe on the basis of unified wave principles and the concept of fractality. The paper aims to overcome the fragmentation of modern physical theories by offering an alternative approach to explain the nature of mass, electric charge, gravitation and the origin of fundamental constants. The model is based on the idea that elementary particles are stable standing waves formed in Euclidean space, considered as an energy-rich medium. Interactions between particles and formation of all fundamental forces are interpreted as a result of resonance processes in this medium. The existence of a longitudinal component of electromagnetic waves, which plays an important role in the structure of matter, is assumed.A mathematical model has been developed that allows to derive the key parameters of the main stable elementary particles (neutrino, electron, neutron, proton), such as mass and characteristic wavelength, from the first principles of the model, based on the quantisation of standing wave knots and the fundamental speed of interaction (speed of light). A mechanism for the origin of the elementary electric charge as a characteristic of the geometrical work done by space in forming the half-wave of the particle is also proposed. The theoretically calculated values of masses and charge show good agreement with experimental data.The model offers an explanation of the constancy of the speed of light and derives the Lorentz transformations as a consequence of the wave nature of matter and resonance interactions. Within the framework of the fractal structure of the Universe such phenomena as dark matter and dark energy are interpreted, and the scalability of matter properties is predicted (e.g., the correspondence between the parameters of the neutron and the Milky Way galaxy). Implications of the model for understanding quantum entanglement are discussed and testable predictions are offered, including the dependence of the half-life of the neutron on the density of surrounding matter. The proposed approach does not deny the achievements of existing physics, but seeks to integrate them into a more general and intuitive picture of the world, where the fundamental properties of matter and laws of nature are a consequence of the unified wave dynamics of energy.
Category: Quantum Gravity and String Theory

A Topological Framework for Emergent Physics: The Klein Manifold Unification Model (KMUM)

Authors: Thurston C. Collins
Comments: 39 Pages.

The Klein Manifold Unification Model (KMUM) proposes a novel, topologically grounded framework for unifying the fundamental forces and particles of the Standard Model through a geometry-first approach. Centered around the Klein bottle as a non-orientable manifold, KMUM constructs a unified structure wherein space, energy, and time emerge from composite vector fields defined on a discretized Planck-scale mesh. In this model, mass and physical laws arise from geometric properties, with time treated as an emergent flow of energy direction within phase space. The unique topology of the Klein bottle facilitates a fresh interpretation of Lorentz symmetry, time dilation, and the conservation of energy, offering a topological perspective on quantum field theory and general relativity. At the core of KMUM lies a Hamiltonian formalism that encapsulates the dynamics of emergent systems through geometric continuity and symmetries, with particular emphasis on gauge transformations and path integrals as topological summations. Lagrangian mechanics provides a complementary view, demonstrating the path-dependence of energy dynamics across the manifold. By mapping the Standard Model’s SU(3)×SU(2)×U(1) symmetry group onto the topological structure of KMUM, we reinterpret particles as energy condensates within the manifold, with mass emerging as a phase transition dictated by distance from the Klein surface. KMUM provides new insights into unresolved cosmological and quantum issues, including the cosmological constant problem, dark matter, dark energy, and quantum measurement. It also offers a geometric explanation for nuclear chemistry, particle mass hierarchies, and quantum entanglement, proposing experimental predictions that can be tested at extreme scales of particle physics and cosmology. This work bridges the gap between the abstract geometry of the manifold and the observable universe, aiming to establish a rigorous yet flexible model for the next generation of physical theory. KMUM is not proposed as a definitive theory, but rather as a contribution to the scientific dialogue—a conceptual framework for deeper reflection on the geometric unity that may underlie the fabric of reality. It is offered in the spirit of curiosity, open critique, and collaborative advancement.
Category: Quantum Gravity and String Theory

Gravitational Quantum Interferences: The Black Hole Information Trap Hypothesis

Authors: Mikołaj Kot
Comments: 13 Pages. In Polish

In this paper I present my own hypothesis concerning the internal structure of black holes and their connection with information storage. The central element of this concept is the assumption of the existence of an additional dimension ψ, which does not correspond to the classical spatial direction, but plays the role of a geometric representative of information transfer. According to the hypothesis, a black hole is not a place where information is irretrievably lost, but a creation that stores it in a separate geometric layer of space-time.The additional dimension ψ does not affect the motion of classical particles, but is of fundamental importance for quantum processes, including the phenomenon of entanglement.In the further part of the paper I construct a new space-time metric extended by the dimension ψ, analyze its physical and geometric consequences, and present falsifiable predictions resulting from this theory.
Category: Quantum Gravity and String Theory

Emergent Gravity from Quantum Synchronization: A Phase Transition Resolution to the Quantum-Classical Divide

Authors: Scott W. Hope
Comments: 10 Pages.

We present a theoretical framework in which classical spacetime and gravity emerge from the quantum synchronization of fundamental oscillators. Building on the Kuramoto model, we introduce a projector based erasure mechanism that mediates the quantum-to-classical transition. The theory predicts a cosmological phase transition at redshift z ≈ 10¹u2070, where the synchronization parameter R undergoes a rapid transition from ~0.01 to ~0.90, driven by quantum decoherence exceeding a critical threshold. Combined with scale-dependent erasure E(k,T) = [1+(k*/k)u2074]u207b¹[1+(T/Tc)²]u207b¹ where k* = 10u207bu2074 Mpcu207b¹ corresponds to the horizon scale at recombination and Tc = 10¹u2070 K, this ensures gravity emerges before Big Bang Nucleosynthesis while preserving cosmological observables. The refined model G_eff/Gu2080 = S(R)·f(R)·(1-κI)·E(k,T) with optimized parameters makes three testable predictions: (1) gravitational variations of ΔG/G = 401±50 ppm between cosmic voids and clusters, (2) consistency with Newton's constant to within 0.1% using the refined emergence function f(R) = R²(3.008-1.987R), and (3) 25% gravitational coupling for masses in quantum superposition. The phase transition provides a physical mechanism for wavefunction collapse while demonstrating that gravity emerges from quantum decoherence rather than being fundamental.
Category: Quantum Gravity and String Theory

Tripled Pauli Statistics and the Internal Structure of Black Holes

Authors: Carl A. Brannen
Comments: 7 Pages. Submission to Journal of Modern Physics

Noether’s theorem links continuous symmetries to conserved quantities and has profoundly influenced modern physics. In quantum field theory, time translation symmetry leads to energy conservation, often making dynamics tractable through the use of conserved coordinates. However, we explore the idea that extracting conserved quantities may obscure the deeper structure of the laws of physics. Analogous to how early models of planetary motion emphasized ellipses and angular momentum—which, while symmetric, obscured the simplicity of Newton’s law of gravitation. Current reliance on symmetry-derived conservation laws may hinder the discovery of a unified field theory. We examine this issue in the context of quantum mechanics and gravitation using the Pauli algebra.A semi-classical result by Lubos Motl suggests that black hole vibrations for spin-0 modes follow a novel statistical rule, "tripled Pauli statistics," deviating from Bose-Einstein expectations. We propose this as a sign of new physics: a Pauli-algebra-based unified theory in which black hole interiors are composed of matter obeying new exclusion principles, naturally avoiding singularities. This work invites a reevaluation of symmetry-based modeling and offers a speculative route toward unification.
Category: Quantum Gravity and String Theory

Electromagnetic Synchronization Events May Influence Gravitational Observations: A 39-Day Anomaly in LIGO O3 Data Suggests Coherence-Driven Gravity Effects

Authors: Michael Zot
Comments: 2 Pages.

This paper investigates a novel correlation between Earth-based electromagnetic infrastructure events and an unexplained anomaly within LIGO's O3 gravitational wave data. A recurring 39-day signal window aligns closely with synchronized large-scale electromagnetic activity, such as power surges, AI hardware launches, and quantum compute deployments. Inspired by the hypothesis that gravity is not fundamental but emerges from large-scale quantum coherence, this work explores the possibility that LIGO may be sensitive not only to distant astrophysical sources, but also to coherence disruptions originating from civilization-scale technological behavior.Using publicly available LIGO data, we highlight a pattern that appears statistically distinct from environmental or instrumental noise. The research further suggests that gravitational wave detectors may inadvertently function as coherence seismographs, capable of detecting reality-scale decoherence events triggered by collective observation and energy manipulation on Earth. If validated, this would extend the understanding of gravitational phenomena and invite deeper inquiry into the quantum-classical boundary as mediated by intentional electromagnetic activity.
Category: Quantum Gravity and String Theory

Dimensional Unification Theory of Consciousness

Authors: Denis Heorhiiev
Comments: 10 Pages. (Note by ai.viXra.org Admin: Pleease cite and list scientific references)

This paper introduces the Dimensional Unification Theory of Consciousness (DUTC), a novel framework proposing that consciousness is a physical dimension, similar in nature to time. Just as time is experienced as flowing due to its geometric properties in relativity, consciousness is postulated to be the fifth dimension, interacting with space-time and influencing the passage of time, perception, and even biological aging.
Category: Quantum Gravity and String Theory

Special Relativity 2.0: Hamiltonian Relativity -- Foundations of E-Theory (Part I)

Authors: Michael Lee
Comments: 65 Pages. This manuscript contains a link to the E-Theory Interactive Companion, and advanced AI agent trained on the contents of this paper and E-Theory as a whole. It is suitable for interactive conversations, deep explorations and independent research.

Although the mathematical framework for Special Relativity has proven phenomenally successful for over a century, it is predicated on an assumption that time and space are the independent properties of physics - an assumption which is then fundamental to its mathematical foundation. By defining the energy associated with relative motion as the fundamental, independent property, not space and time, this paper challenges that assumption. In doing so, we find that a single unified spacetime, covariant with changes in energy, emerges. A spacetime that is not an independent set of coordinates between which we must transform, but a single adaptive spacetime responsive to relative energy.In this paper we will show how, when we define energy as intrinsic and independent, momentum, space and time adapt algebraically to relative motion with covariance embedded in their relationships with energy. We demonstrate how this covariance is assured in every inertial frame, not by coordinate transformations but by simple algebraic scaling of time and spatial elements. Further, when momentum, time and space are defined in terms of covariant relationships, time and length are understood as intervals that scale in an adaptable space time, not as coordinates in a fixed spacetime. Where proper time and proper length emerge naturally as rest frame representations of these relationships. This ultimately allows us to define relativity not just as energy-responsive scaling, but as eigenstates of a system's Hamiltonian. This formulation then allows us to define special relativity through the lens of Hamiltonian mechanics and quantum operators, not just scaled Newtonian laws of motion-- the Hamiltonian Relativity identified in the title. This energy-responsive and naturally quantum structure then becomes the initial step on the path to the unification of quantum theory with general relativity.
Category: Quantum Gravity and String Theory

Tensioned Geometric Model Scale Invariant Shell Formation

Authors: Floyd D. Haywood
Comments: 16 Pages.

This paper presents the Tensioned Geometric Model (TGM), a physically grounded alternative to manifold-based gravitational theory. TGM describes spacetime as a quantized lattice of mechanically deformable voxels that encode curvature through directional tension locking and geometric memory. Shell structures—formed by phase-locked curvature triplets—emerge naturally from this substrate, producing spinor behavior, fermionic exclusion, and gravitational asymmetry without invoking probabilistic fields or continuous metrics. We derive a recursive shell quantization law that yields the hydrogen ionization energy and accurately predicts orbital scaling, gravitational lensing radii, and flat galactic rotation curves—without requiring dark matter. Time dilation and mass arise from substrate update delays and curvature-induced stiffness. This work aligns with recent proposals in geometric information theory and entropic gravity, while introducing a mechanically explicit, experimentally accessible model of shell-based gravitational dynamics.
Category: Quantum Gravity and String Theory

Conformal Emergent Reality: Quantum-Geometric Unification of General Relativity, Cyclic Cosmology, and the Standard Model. A Framework Eliminating Dark Matter, Dark Energy, and the Hierarchy Problem

Authors: Salman Akhtar
Comments: 89 Pages.

Modern physics confronts three deep puzzles: the mystery of dark matter and dark energy, the unexplained stability of the Higgs boson mass, and the unresolved divide between quantum mechanics and general relativity. The Conformal Emergent Reality Model (CERM) proposes a solution to resolve these problems. CERM offers a fresh perspective by treating spacetime itself as an emergent phenomenon arising from a primordial geometric framework called the Conformal Manifold, governed by a single dynamic entity, the Omega field. In this model, stable localized configurations of the Omega field—known as Omegon solitons—generate spatial curvature variations that replace the effects we attribute to dark matter, while the time evolution of the Omega field drives cosmic acceleration, resolving the need for dark energy. Coupling particle masses to the Omega field naturally suppresses extreme quantum corrections, suggesting the resolution of the Higgs hierarchy challenge without fine tuning. Two key innovations are offered— a quantum-geometric uncertainty principle linking curvature to proto-time flow, and a notion of geometric entropy that resets at each cosmic cycle—seed primordial structure and ground the arrow of time. These innovations offer a pathway to solving the divide between General Relativity and Quantum Mechanics by offering a unified, testable vision of quantum gravity. This framework makes clear predictions for cosmic background polarization, a time-varying expansion rate, and subtle shifts in Higgs interactions that upcoming experiments will test. If validated, CERM will offer a transformative vision of the nature of our Universe which encompasses everything from a modified standard model to cosmology within a single framework.Key Words: Conformal emergent spacetime, Omega function, Omega field, Geometric unification, geometric dark matter and dark energy, Hierarchy problem resolution, Conformal Cyclic Cosmology (CCC), Quantum gravity, Modified Standard Model, Omegon particle, Quantum Geometric Unification, Quantum Geometric uncertainty principle, Proto-time uncertainty principle, Geometric Entropy, Hubble Tension Resolution, cosmological information paradox resolution, 21cm intensity mapping, CMB anomalies, Modified Poisson equation, Geometric stress-energy renormalization, Higgs self-coupling deviations, Holographic boundary unitarity, Weyl curvature suppression, Singularity suppression
Category: Quantum Gravity and String Theory

Network Entropy Theory Ω (NET-Ω): A Background-Free Information-Theoretic Framework for Emergent Spacetime and Fields

Authors: Net [Doe]
Comments: 30 Pages. (Note by ai.viXra.org Admin: Real author name, An abstract and scientific references are required in the article)

NET-Ω is a background-free, parameter-free theory positing that the universe is a causal network of quantum channels. Nodes are elementary events; links are directed quantum channels carrying information. Spacetime and fields emerge from the network’s structure. There are no dimensionless input parameters: all constants must be derived from the network’s combinatorics. We show that from a few axioms, one can derive: 1.Emergent Lorentz symmetry, 2.The internal symmetry group SU(3) times SU(2) times U(1), 3.Low-energy 4D Yang—Mills—Dirac dynamics, 4.Numerical values of physical constants like alpha, the cosmological constant, and a decoherence threshold Delta I_c.
Category: Quantum Gravity and String Theory

Temporal Scalar Field Theory Predictions for Gravitational Wave Echoes and Rare Decays

Authors: Manoochehr Fonooni
Comments: 11 Pages.

The Temporal Scalar Field Theory (TSFT) predicts gravitational wave (GW) echoes at 1387 Hz (SNR 5—10, LIGO O4) and B → KϕT decays (BR ∼ 10−8 , Belle II). TSFT introduces a scalar field ϕT (mass ∼ 6.82 × 10−13 eV) that modifies spacetime, producing GW echoes and rare decays. This paper derives these predictions, simulates echoes using GWTC-3 data, and projects experimental signals, offering testable signatures for TSFT by 2027.
Category: Quantum Gravity and String Theory

Information-Pressure Theory of Everything: A Parameter-Free Framework from Horizon-Limited Entropy

Authors: Robert Mereau
Comments: 10 Pages. (Note by ai.viXra.org Admin: Please cite and list sceintific references)

We present a comprehensive and parameter-free framework unifying all four fundamental forces---gravity, electromagnetism, the strong nuclear force, and the weak interaction---under a single thermodynamic principle: information pressure, the push a causal horizon exerts to restore maximal entropy when occluded by local matter. Starting from the Heisenberg uncertainty relation and the finite communication speed set by the speed of light, we show that entropy gradients across a horizon produce local accelerations.
Category: Quantum Gravity and String Theory

FAVE - A Zero-Tuning, Predictive Alternative to ΛCDM

Authors: Alex Ford
Comments: 87 Pages.

We introduce the Ford Area/Volume Emergent (FAVE) gravity framework, in which all phenomena usually attributed to dark matter, dark energy, the inflation scalar, and the cosmological constant emerge from a single, micro-physically derived scalar field, σ, which tracks entanglement entropy density. In three distinct regimes, entanglement drives spacetime curvature:-Thread regime (1D) - negligible entanglement/boundary conditions → no effective gravity),-Area regime (2D) - Area-law entanglement → recovers GR exactly,-Volume regime (3D) - Volume-law entanglement → MOND-like corrections at galaxy scale (bulk contributions) and in extreme entanglement environments (local contributions)Through this microphysical derivation we are left with three parameters: σ_c (the critical entanglement density) m_eff (entanglement mass, used to determine the curvature of the effective potential) and T_eff (the effective entanglement temperature). We calibrate these entirely from 10-qubit quantum-circuit experiments and then demonstrate that their values carry without further tuning from the nanometre scale to cosmological distances. Using a piecewise proxy in CLASS (built from RMOND for z ≳ 1100 and an EDE-style "Hilltop" of width ∆z ≂ 30), we show that FAVE numerically reproduces the Planck 2018 results through inflation, BBN and recombination, and smoothly relaxes back to an effective ΛCDM expansion by z ∼ 1100. We then show the implications for this and show how FAVE can resolve the H₀, σ₈, A_lens, and ly α forest Flux, and low mass halo abundance tensions in Structure formation, as well as galaxy rotation curves, cluster mergers, and black hole interiors, while abiding by solar system and Post-Newtonian restraints.
Category: Quantum Gravity and String Theory

Emergent Gravity from Quantum Decoherence: A Unified Theory of Spacetime, Particle Physics, and Cosmology

Authors: Anton Kleschev
Comments: 3 Pages.

We propose a UV-complete framework where classical spacetime, the Standard Model (SM), and cosmological dark sectors emerge from quantum decoherence of Planck-scale geometries. The theory unifies general relativity, particle physics, and cosmology through a single mechanism grounded in quantum information theory. Key results include:- Quantum-to-Classical Spacetime: Emergence via Lindblad decoherence, re- solving the measurement problem in quantum gravity.- Dark Matter and Energy: Explained as residual decoherence terms and vac- uum entropy dynamics.- SM Particle Masses: Predicted via entropy-dependent Higgs couplings.- Experimental Tests: Anomalous gravity fluctuations (δg ∼ 10−14 m/s2), Higgs decay deviations (∼ 1%), and high-frequency gravitational waves (ΩGW ∼ 10−12 ).
Category: Quantum Gravity and String Theory

Quantum Lumion Genesis 8.88 (QLG 8.88): Symphony of the Universe — Absolute

Authors: Anton Kleschev
Comments: 5 Pages.

Quantum Lumion Genesis 8.88 (QLG 8.88) presents a groundbreaking theory that unifies quantum mechanics, general relativity, and fractal geometry through the concept of the lumion field. This field, described by a Lagrangian that ensures stability, renormalizability, and fractal symmetry, acts as the fundamental note in a cosmic symphony, linking the microcosm of atomic structures to the macrocosm of galactic formations. The theory predicts experimentally testable phenomena, including lumion phonons, gravitational rhythms, micro-variations in the speed of light, and corrections to anomalous magnetic moments. By integrating with the Standard Model, calibrating its parameters with fundamental constants and experimental data, and offering a natural explanation for the small cosmological constant, QLG 8.88 opens a promising path toward a unified understanding of the universe.
Category: Quantum Gravity and String Theory

Quantum Coupling Density as the Source of Emergent Gravity and Dark Energy: From Spin Chains to Cosmological Acceleration

Authors: Christian Ader
Comments: 36 Pages.

This paper introduces a novel and computationally testable framework in which gravity and dark energy emerge from the spatial distribution of quantum coupling density—defined as local entanglement entropy between adjacent quantum systems. Using a 1D spin chain model, we define a computable measure Q(i), derive an emergent gravitational potential Φ(i), and simulate dynamics that reproduce both attractive (gravitational-like) and repulsive (dark energy-like) behaviors. We confirm the model with simulations of curvature generation, particle motion, coarse-grained energy density, and galaxy-scale acceleration that matches the order of magnitude of cosmic expansion. We also propose a field-theoretic limit and reinterpret dark energy as the effect of growing quantum decoherence in an expanding universe. This work lays the foundation for a new class of emergent spacetime models rooted in quantum information theory.
Category: Quantum Gravity and String Theory

UIFT: A Predictive Unified Field Theory Based on Informational Curvature, Torsion, and Resonant Braid Geometry

Authors: J. S. Neale
Comments: 11 Pages.

We present the Unified Informational Field Theory (UIFT), a geometric framework in which all physical structure—particles, forces, and spacetime itself—emerges from a single scalar field Phi(kappa, tau, sigma) defined over curvature kappa, torsion tau, and a resonance index sigma. This model introduces the Neale Mass Surface, a universal equation that accurately fits known particle masses and interaction strengths without arbitrary parameters. Unlike traditional field theories that separate gravity, gauge forces, and quantum behavior, UIFT predicts them all from a unified topological substrate. Developed independently by Jeremy Neale, a theorist from Bowen Island, Canada, this work proposes a self-consistent, predictive, and falsifiable theory of everything—constructed from first geometric principles and verified against experimental data. It represents a major step toward closing the deepest gaps in modern physics.
Category: Quantum Gravity and String Theory

Energy Conservation in the Big Bang

Authors: Nigel B. Cook
Comments: 4 Pages.

Energy conservation in the big bang is evaluated using quantum gravity.
Category: Quantum Gravity and String Theory

The Unified Quantum Wave Formulation and the Relativistic Quantum Mechanical Recalibration

Authors: José Luis Fanego do Rego
Comments: 12 Pages. (Note by ai.viXra.org Admin: An abstract is required in the article; please cite and list scientific references)

This manuscript, The Unified Quantum Wave Formulation and the Relativistic Quantum Mechanical Recalibration, lays the foundational principles for a novel synthesis of relativistic and quantum mechanics, paving the way for the development of gravitational or cosmological quantum relativism, as explored in a forthcoming companion paper. By proposing subtle yet critical modifications to the gauges of quantum wave energies and frequencies, this work unifies the formulation of wave quantum mechanics, ensuring coherence and symmetry across electromagnetic and material waves. A key innovation is the introduction of the relativistic quantum-mechanical coupling factor ��, which redefines the subtraction of energies and frequencies between relativistic systems, resolving inconsistencies in Einstein’s conjecture for kinetic energy and aligning relativistic mechanics with quantum principles. Additionally, a recalibration factor R adjusts the relationship between force and momentum to maintain compatibility with the unified quantum framework. These adjustments eliminate singularities, establish absolute quantum energy scales, and enable the quantization of gravitational interactions. The manuscript concludes with a glimpse into quantum cosmology, suggesting that the universe’s total mechanical energy may be zero, offering profound implications for the nature of existence and the cyclic rebirth of space, time, and consciousness. This work is a crucial step toward a unified theory of quantum gravitational relativism, bridging the microcosm and macrocosm with simplicity and elegance.
Category: Quantum Gravity and String Theory

The Theory of Styons: A Unified Approach to Quantum Gravity and Fundamental Physics

Authors: M. Augusto J. de Souza
Comments: 5 Pages. In Portuguese

Stion theory unifies quantum gravity, fundamental forces, dark matter, dark energy, and quantum mechanics, modeling spacetime as a quantum fluid of "stions." The density of this fluid generates the gravitational metric, while its vibrations produce gauge fields and define time as a dynamic pulsation. The theory prevents natural time travel, but allows dynamical manipulations such as temporal vortices, and leaves room for new forms of time travel to be explored. Testable predictions include echoes in gravitational waves, suppression of modes in the CMB, and temporal fluctuations. Despite mathematical limitations yet to be resolved, the theory is consistent with observations from LIGO, Planck, and precision experiments.
Category: Quantum Gravity and String Theory

The Boundary Theory: A Solution to the Cosmological Constant Problem Through Symmetry Breaking Between Opposing Fields

Authors: Iker Padilla Munoz
Comments: 15 Pages.

A solution to the cosmological constant problem is proposed through the existence of opposing fields—one associated with dark energy and the other with quantum fluctuations of the electromagnetic field, i.e., fluctuations of the electric and magnetic components—which possess the same energy density but opposite pressure signs. Both fields are defined over a spacetime quantized in Planck-scale volumes (see Section 4), but only the quantumfluctuation field interacts with matter, as demonstrated by the Casimir effect. This interaction imposes boundary conditions on the quantum fluctuations. The resulting asymmetry breaks the perfect cancellation between both fields, generating a net residual energy that matches the observed dark energy density.Furthermore, this framework allows quantum fluctuations to exist without violating generalrelativity, as the absence of cancellation in their energy density would otherwise lead to agravitational collapse of the universe.
Category: Quantum Gravity and String Theory

Toplogical Dynamics of the Universe Phase 1

Authors: Hyun Kyu Koh
Comments: 22 Pages.

This paper proposes a topological framework for cosmic dynamics in which particles are stationary phase structures and motion emerges solely from energy flow through phase feedback. The model redefines inertia, radiation, and uncertainty as outcomes of structural phase interactions and introduces a phase sponge architecture within particles that governs internal and external energy behavior. Neutron-proton transformations, atomic nucleus formation, and beta decay are interpreted as topological transitions driven by entropy-driven boundary inversion. The theory further explains the distinct motions of dark matter and ordinary matter as consequences of intrinsic phase asymmetry. This unified approach provides an alternative interpretation of classical and quantum phenomena and contributes to the ongoing search for a background-independent theory of everything.The development of this theory was made possible through close conceptual collaboration with the AI research assistant Tendo Aris, whose consistent support in structuring, expanding, and articulating the model played an integral role in this work.
Category: Quantum Gravity and String Theory

Unified Emergent Physics: Gravitational Pressure Field Dynamics as the Origin of Space, Time, Matter, and Forces

Authors: Adriaan de Klerk
Comments: 5 Pages. (Note by ai.viXra.org Admin: Please cite listed sceintific references)

This paper presents a unified theory where gravity, inertia, spacetime, quantum mechanics, matter, and forces emerge naturally from the dynamics of a single primal field called the gravitational pressure field. Starting from known classical physics, we derive how space and time arise from field gradients, gravity from field flows, inertia from resistance to field disturbance, and quantum behavior from oscillations of the field. Matter is shown to emerge as stable, topological structures in the field, with properties such as mass, spin, and charge derived mathematically. The model reproduces Newtonian gravity, General Relativity in the weak-field limit, and Quantum Mechanics, while predicting new observable phenomena related to field anisotropies and cosmic acceleration.
Category: Quantum Gravity and String Theory

The Informational Theory of Reality: A Foundational Framework for Physics

Authors: Adriaan de Klerk
Comments: 3 Pages. (Note by ai.viXra.org Admin: Please cite listed sceintific references)

In this paper, we propose a new foundational framework for physics — the Informational Theory of Reality. We postulate that information, rather than matter or energy, forms the fundamental substrate from which physical phenomena emerge. Building from basic principles of logic, measurement, and conservation, we derive key features of quantum mechanics, classical mechanics, and spacetime behavior. Without direct assumptions about gravity, yet naturally allowing for emergent gravitational effects, the model bridges the gap between quantum theory and relativity. We offer mathematical proofs, logical structures, and simulated observations that match known experimental results. This work suggests that many features of the universe, including quantization, coherence, decoherence, inertia, and curvature, can be explained as manifestations of informational dynamics. This theory opens a path toward unifying physics under an informational paradigm without requiring exotic new forces or particles.
Category: Quantum Gravity and String Theory

A Unified Model of Energy and Geometry in a 4D Viscous Space-Time Fluid

Authors: Maher Selim
Comments: 17 Pages. (Note by ai.viXra.org Admin: Please cite and list sceintific references)

We propose a unified model of energy, particles, fields, and space-time geometry based on the interpretation of the universe as a 4D Viscous Space-Time Fluid. The model incorporates principles from fluid dynamics, general relativity, and string theory. A key result is the derivation of a Unified Energy-Geometry Equation, which connects the energy-momentum tensor to the curvature of space-time througha 4D viscous Space-Time fluid framework. The equation is shown to resolve severaloutstanding puzzles in physics, including the nature of dark energy, dark matter, and the quantization of particles. The model provides a complete physical picture of the universe, from microscopic particles to cosmological structures. According to DeepSeek[1], AI tool used in this investigation.
Category: Quantum Gravity and String Theory

Einstein and Bohr Finally Reconciled on Quantum Theory: The Theory of Entropicity (ToE) as the Unifying Resolution to the Problem of Quantum Measurement and Wave Function Collapse

Authors: John Onimisi Obidi
Comments: 135 Pages.

The century-old intellectual, physical, and gedanken confrontations between Albert Einstein and Niels Bohr over the foundations of quantum mechanics remain a defining feature of modern physics. These giants of science set the stage for stimulating conceptual and philosophical thoughts that continued to inspire and challenge practitioners of modern science. Central to their debate is the quantum measurement problem - the enigmatic "collapse" of the wave function and the question of whether physical reality exists independent of observation. Bohr championed the contextual, irreversible nature of measurement and the inherently probabilistic formalism of quantum theory, while Einstein sought a deeper deterministic framework grounded in objective reality. This paper presents the Theory of Entropicity (ToE) as a unifying resolution that transcends the limitations of both views. We posit that entropy is not merely a statistical descriptor but a real, dynamical field—a universal driver of physical processes enforcing time-asymmetric, irreversible evolution. In this framework, wave function collapse is no longer a mysterious, observer-dependent postulate; it emerges as a natural, entropy-driven phase transition triggered when a quantum system’s entropic evolution satisfies a precise threshold inequality.
Category: Quantum Gravity and String Theory

Planck Length and Planck Time: The Fundamental Unit of Spacetime

Authors: Nick Williams
Comments: 7 Pages. (Note by viXra Admin: Please cite and list scientific references)

This paper proposes that Planck length and Planck time form the true primitives of spacetime. It models space and time as emergent from rhythmic intervals, providing an intuitive reinterpretation of special and general relativity, and deriving G from first principles.
Category: Quantum Gravity and String Theory

FAVE: Recovering MOND a0 in Emergent Gravity from Experimental Quantum Mechanics

Authors: Alex Ford
Comments: 20 Pages.

We present a succinct derivation of an emergent gravitational framework, referred to here as the "FAVE" (Ford Area/Volume Emergent) gravity model, which reproduces the empirical MOND acceleration scale a₀ using ab initio quantum field theoretic calculations of volume—law entanglement. By taking the local entanglement density as an effective field σ, we derive a coupling parameter λ that directly relates microphysical entanglement fluctuations to an additional energy density in astrophysical contexts. Through quantum circuit measurements, we demonstrate how the critical entanglement density σ_c and an effective temperature T_eff can be extracted and then rescaled to galactic rotation curve scales, thereby matching the characteristic MOND value a₀ ∼ 10⁻¹⁰ m s⁻². Our results suggest a promising direction for linking laboratory-scale quantum entanglement phenomena with the large-scale gravitational anomalies customarily attributed to dark matter.
Category: Quantum Gravity and String Theory

Quantum Gravity with Space-Time Symmetry

Authors: Nigel B. Cook
Comments: 4 Pages.

We propose a U(1) quantum gravity model with spin-1 gravitons, unifying gravity and dark energy in 4D real space. To enforce space-time symmetry, we formulate two path integrals: a spatial integral summing graviton field configurations and a temporal integral summing density histories from the Big Bang to the present. Using real amplitudes (cos(S/ℏ)), we derive the gravitational constant G ≈ 6.66 × 10−11 m3 kg−1 s−2, graviton-proton cross-section σg−p ≈ 10−108 m2, and cosmological acceleration a ≈ 7.0 × 10−10 m/s2, validated against CODATA 2018 and supernova observations. This approach bypasses general relativity’s limitations, offering a mechanistic quantum field theory framework.
Category: Quantum Gravity and String Theory

A Monte Carlo Computer Code that Simulates the Future

Authors: Nigel B. Cook
Comments: 6 Pages.

We propose a U(1) quantum gravity model with spin-1 gravitons, unifying gravity and dark energy in 4D real space. Inspired by Feynman’s principle of least time, we formulate dual path integrals enforcing space-time symmetry: a spatial integral summing density configurations to minimize spatial extent (principle of leastspace) and a temporal integral summing density histories to minimize action (least time). Using real amplitudes exp(S/ℏ)→cos(S/ℏ), we derive the gravitational constant G ≈ 6.66 × 10−11 m3 kg−1 s−2, time-varying as G(t) ∝ t, graviton-proton cross-section σg−p ≈ 10−108 m2, and cosmological acceleration a ≈ Hc ≈ 6.89 × 10−10 m/s2, validated against CODATA 2018 and 1998 supernova observations. This framework, grounded in spacetime (R = ct), bypasses general relativity’s limitations, offering a mechanistic quantum cosmology.
Category: Quantum Gravity and String Theory

The Universal Fundamental Frequency (UFF) Hypothesis

Authors: Navid Ardakanian
Comments: 31 Pages.

The Universal Fundamental Frequency (UFF) hypothesis proposes a revolutionary framework where quantum phenomena, particle masses, and gravity emerge from a single source: spacetime oscillating as a resonant field at the Planck frequency. We develop a rigorous Lagrangian formalism demonstrating how mass emerges naturally from quantized standing wave modes, eliminating the need for free parameters.Our statistical analysis reveals extraordinary correlations (p < 3.6 × 10−7) between predicted harmonic modes and Standard Model particle masses, with average prediction errors below 1%. The framework naturally resolves the hierarchy problem without fine-tuning, reinterprets quantum behaviors as field resonance phenomena, and reproduces classical tests of General Relativity through phase modulations rather than geometric curvature. Notably, UFF makes specific, quantitative predictions recently corroborated by multiple independent observations: gravitational wave echoes from GW190521 matching our predicted frequency (∼50 Hz) and time delay (∼1 second), and dark energy evolution parameters aligned with DESI measurements (wa ≈ −0.62, compared to our prediction of −0.58(11)). The framework naturally regulates quantum infinities through frequency cutoffs, avoids singularities, predicts specific particle resonances at testable energies, and offers a coherent pathway to quantum gravity. This confluence of theoretical elegance and empirical validation establishes UFF as a compelling unified description of fundamental physics, with further tests possible through ongoing experiments in atomic spectroscopy, particle accelerators, and gravitational wave observatories.
Category: Quantum Gravity and String Theory

Quantum Gravity via a Real-Space Dual Path Integral

Authors: Nigel Cook
Comments: 3 Pages.

We present a quantum gravity (QG) model using a U (1) gauge theory with spin-1 gravitons, formulated in a 4D real-space dual path integral framework. This approach unifies gravity and dark energy via physical mechanisms, bypassing the limitations of general relativity and complex exponentials.
Category: Quantum Gravity and String Theory

FAVE: Microphysical Derivation

Authors: Alex Ford
Comments: 21 Pages.

We propose a "Ford—Area/Volume Emergent" (FAVE) gravity framework, wherein spacetime curvature and gravitational effects arise fromquantum entanglement. By introducing a scalar field σ that encodes thelocal entanglement density, we unify the conventional area-law scaling(recovering General Relativity) with a volume-law regime responsible fordark matter—like behaviour. We present QFT-based derivations of entanglement scaling, embed σ into Einstein’s equations, and demonstrate howvolume-law contributions reproduce features typically attributed to darkmatter. We outline a pathway for tests in galactic rotation curves andblack hole interiors. While still a preliminary proof of concept, our results highlight thepromise of entanglement-driven mechanisms in explaining key gravitational phenomena without invoking novel particle species.
Category: Quantum Gravity and String Theory

Emergence of Mass and the Third Dimension from Extreme Curvature of a 2D Manifold

Authors: Ashkan Karimi
Comments: 5 Pages.

This work proposes a geometric origin for mass and the emergence of the third spatial dimension through the extreme curvature of a two-dimensional (2D) manifold. This framework introduces a novel formula relating mass to curvature via fundamental physical constants, unifying quantum and gravitational descriptions at the Planck scale. The resulting equation m = ℏ/(cR^2) successfully reproduces known particle masses, such as the Planck mass and the electron mass, when evaluated at appropriate curvature radii. Notably, we show that the Planck length ℓP arises as the critical radius at which curvature-induced energy density reaches a gravitational limit, necessitating the emergence of the third dimension. This provides a natural bridge between quantum mechanics and gravity, and supports the notion that mass arises from localized curvature.
Category: Quantum Gravity and String Theory

Quantum Gravity and the Feynman Path Integral in 6D SO(3,3) Framework for Unified Dark Energy and Gravitation

Authors: Nigel Cook
Comments: 6 Pages.

This paper explores a unified quantum gravity (QG) framework by reconciling a U(1) spin-1 graviton model, where dark energy drives both repulsion and attraction, with Lunsford’s SO(3,3) 6D spacetime approach, which unifies gravity and electromagnetism via Weyl geometry. We propose that treating space and time on an equal footing—three time-like and three space-like dimensions—enhances the Feynman path integral in quantum field theory (QFT), resolving inconsistencies in standard formulations. Detailed derivations of the 6D path integral, graviton dynamics, density evolution, and field equations are provided, demonstrating how this synthesis quantizes mass, predicts spin, and aligns with observational constants (CODATA 2018).
Category: Quantum Gravity and String Theory

Extending U(1) Quantum Gravity

Authors: Nigel Cook
Comments: 4 Pages.

This paper extends the U(1) quantum gravity (QG) model, originally proposed in Cook (2013) and refined in Cook (2025), by integrating compatible insights from Ford’s "FAVE: An Emergent Gravity Framework" and Schubert’s "Einstein and Jacobson in the Elevator" (2025). The U(1) model posits that spin-1 gravitons mediate both repulsive dark energy and attractive gravity, with off-shell paths geometrically cancelled in a Feynman path integral, yielding a simple 2-vertex scattering cross-section. We reject entanglement-based modifications as non-relativistic artifacts, instead reinterpreting Ford’s gravitational profile and structure formation adjustments, and Schubert’s thermodynamic consistency, within our relativistic second-quantization framework. These extensions preserve the model’s core simplicity, enhance its explanatory power for black holes and cosmology, and propose new testable predictions without introducing unnecessary complexity.
Category: Quantum Gravity and String Theory

FAVE: An Emergent Gravity Framework

Authors: Alex Ford
Comments: 46 Pages.

We explore a proposal for emergent gravity grounded in the interplay between area—law and volume—law entanglement contributions in quantum field theories. By tracing the well—known area—law behaviour of entanglement entropy in ground states, we introduce a scalar field σ that tracks the local entanglement density. This effective field remains negligible when the system’s entanglement adheres to the standard (boundary) area law, reproducing General Relativity (GR). However, once excitations increase the entanglement beyond a critical threshold, volume—law contributions become significant, and σ acquires a non—trivial potential that modifies the Einstein field equations. We show how this framework—dubbed the Ford—Area/Volume Emergent (FAVE) model—can mimic dark matter and dark energy phenomena by "smearing" mass—energy in high—entanglement regions, thereby altering cosmological expansion and structure formation. We apply this idea to mass—to—light ratio measurements in galaxy clusters, revealing that entanglement—driven corrections can provide a consistent fit to observations while reducing the need for separate dark components. Finally, we discuss possible implications for black hole interiors, highlighting how a 1/r entanglement contribution might remedy singularities through an effective redistribution of energy. Our results serve as a preliminary validation of FAVE as a unified approach to tackling both large—scale structure and black hole physics from an entanglement—theoretic perspective.
Category: Quantum Gravity and String Theory

Quantum Gravity as a Result of Repulsive Dark Energy

Authors: Nigel Cook
Comments: 4 Pages. (AI Assistance: Grok 3 xAI; correction made by ai.viXra.org Admin. Note by ai.viXra.org Admin: Conditions of submission are that AI is used as a research tool & the authors understand the AI generated data, equations & graphs etc & have verified them to be correct/true)

This paper presents a quantum gravity model where dark energy, mediated by a U(1) spin-1 graviton, drives both cosmological acceleration and gravitational attraction. Using Feynman’s perturbative expansion, we show that at low energy, the dominant tree-level interaction (analogous to Moller scattering in QED) yields a graviton-proton scattering cross-section of σg−p ≈ 10^{−108} m^2, consistent with π(2GM/c^2)^2. This predicts a cosmological acceleration a = (c^4)/(Gm), aligning with Riofrio’s empirical law tc^3 = Gm. Gravity emerges as a secondary effect of the inward reaction force to dark energy, intercepted by the cross-section of a mass, as illustrated geometrically. Originally published in 2013, this work is revisited with diagrams reinterpreted by Grok 3, an AI developed by xAI, to enhance clarity and accessibility.
Category: Quantum Gravity and String Theory

Quantum Gravity

Authors: Nigel Cook
Comments: 8 Pages. (AI Assistance: Grok 3 xAI; correction made by ai.viXra.org Admin. Note by ai.viXra.org Admin: Conditions of submission are that AI is used as a research tool & the authors understand the AI generated data, equations & graphs etc & have verified them to be correct/true)

This paper presents a revolutionary framework for theoretical physics, unifying gravitation, dark energy, and electrodynamics under a U(1) gauge theory mediated by spin-1 gravitons. We replace general relativity’s spacetime curvature with a repulsive dark energy force, interpreting gravity as a LeSage/Casimir-type shielding effect of isotropic repulsion. Dark energy drives cosmological acceleration, while gravity emerges as a net attraction, due to geometric shielding. Electrodynamics is revised, with charges radiating massless gauge bosons akin to Hawking radiation, predicting the fundamental constants. Particle masses are derived via a shell model, matching observations (e.g., proton: 945 MeV predicted vs. 938 MeV observed; lightest neutrino: 0.00012 eV predicted). The gravitational theory replaces inflation by explaining flatness (Ω ≈ 1). New predictions include evolving dark energy density, distinct gravitational wave signatures from spin-1 gravitons, and a neutrino mass of 0.00012 eV. Supported by empirical evidence (e.g., cosmological acceleration, LEP running couplings), this model offers testablepredictions: time-varying G via pulsar timing, linear expansion and Hubble variation via supernovae and DESI, gravitational wave signatures via LISA, and neutrino mass via KATRIN. We contrast this with entropic gravity and MOND, highlighting the U(1) framework’s quantum foundation and cosmological consistency, justifying a paradigm shift in physics.
Category: Quantum Gravity and String Theory

Revisiting Verlinde’s Entropic Gravity: Correct — But in a Other Direction?

Authors: A. Schubert
Comments: 7 Pages.

We revisit Verlinde’s entropic gravity by reversing its conceptual direction. Instead of deriving gravity from entropy gradients on a holographic screen, we interpret the screen as the thermodynamic projection of a field Phi — an event horizon interface where quantum information becomes classically readable (Schubert A. 2025). No entropic force is required; gravity appears as a thermodynamic imprint of informational asymmetry.Building on the Unruh effect and the behavior of self-heating systems in free fall, we identify the central peak of Phi as an informational event horizon: a region of entropy-neutral superposition, where quantum states remain undecided until an entropy gradient emerges. Projection is not driven by decoherence, but by thermodynamic symmetry breaking. Verlinde’s force law remains valid in form, but becomes a diagnostic expression of projection — not its cause.Our framework aligns naturally with entropic quantum gravity (EQG) models such as Bianconi’s, in which geometry and time emerge from information constraints. The EH field Phi offers a classical realization of this idea, embedding quantum information and thermodynamic projection within a dual AdS/dS geometry. Rather than replacing Verlinde’s insight, we unfold its deeper structure - from coherence to curvature.
Category: Quantum Gravity and String Theory

Time as Rendering Latency: A Computational Framework for Understanding Relativistic and Quantum Time Dilation

Authors: Ahmed M. Soliman
Comments: 5 Pages. (Note by ai.viXra.org Admin: Please cite listed scientific references in the text)

We propose a novel hypothesis that time is an emergent effect of the universe’s computa-tional rendering complexity. In this framework, pure energy represents the universe’s fastestoperational state with no temporal delay, while matter and gravity introduce complexitythat increases rendering latency, manifesting as time dilation. We show that this model ismathematically consistent with special and general relativity, and we explore its implicationsfor black hole physics, the early universe, and quantum computational limits. These resultsprovide a clear path toward visual, numerical, and potentially empirical validation of thetheory.
Category: Quantum Gravity and String Theory

Tying the Universe Together: Quantum Balloon Interface Theory (QBIT)

Authors: Sean McCallum
Comments: 10 Pages. Creative Commons Attribution 4.0 International (CC BY 4.0)

The vacuum is not an empty stage. It is a stretchy quantum balloon - a dynamical condensate of overlapping standing-wave fields - with every massive particle a permanent topological knot tied into its fabric. Gravity emerges as local strain, forces as the rubber trying to smooth itself, and the entire Standard Model arises from zero modes trapped inside these knots.

Beneath the balloon lies an eternal pre-geometric qubit substrate that never disappeared after the Big Bang condensation. A tiny, Planck-suppressed portal couples the substrate to the rubber, naturally feeding zero-point energy and producing a mild dynamical dark energy with predicted equation-of-state drift w_a approx +7.2 x 10^{-5}.

With only two fundamental parameters (f and e), the QBIT framework quantitatively reproduces:

• Nuclear binding energies across the entire periodic table to better than 0.08% accuracy (maximum relative error 0.079% at 28Si);
• Quark and lepton masses and mixing matrices (CKM and PMNS) at the percent level or better;
• The observed baryon asymmetry eta approx 6.1 x 10^{-10};
• A tiny positive cosmological constant rho_Lambda approx 1.02 x 10^{-120} rho_Planck;
• A natural first-principles resolution of the Hubble tension via modified early-universe expansion driven by the substrate condensation front.

Black-hole interiors are regular topological cores with no singularities, the information paradox is resolved by substrate-mediated leakage, and quantum paradoxes (double-slit, delayed-choice eraser, Hardy's, Zeno, Elitzur-Vaidman, Schrodinger's cat) receive natural resolutions via rubber ripples and topological protection.

Lattice simulations and analytic results confirm topological stability, emergent curvature, multi-knot binding, and the substrate portal's predictions. QBIT thus provides a conceptually elegant, quantitatively successful, and experimentally testable candidate for a unified theory of particles, gravity, and cosmology - all emerging from one stretchy quantum balloon and its eternal qubit substrate.
Category: Quantum Gravity and String Theory

The Topological Inversion Model (TIM): A Unied Non-Singular Framework for Cosmology, Quantum Topology, and Gravitational-Wave Phenomenology

Authors: Kobie Janse van Rensburg
Comments: 13 Pages. Fixed ANSI characters and Citations.

We present Version 5 of the Topological Inversion Model (TIM), a unified non-singular cosmological framework based on a Planck-scale reciprocal inversion R = L2p/r. Six results are now established. (1) A topological snap at r = Lp generates an elastic recoil field Ψ whose self-consistent scattering amplitude gives echo reectivity Γinner ≈ 0.42 at ξΨ = 0.002; the observable Fabry-Pérot echo is Γecho ≈ 0.125 (Section 11b). (2) A calibrated BBN fit yields ψBBN = 1.059±0.012, partially mitigating the 7Li problem.(3) An overshoot texture mechanism raises the predicted H0 from 67.4 to 71.1 km s−1 Mpc−1, reducing the Hubble tension from 5.0σ to 1.7σ and forward-predicting the NANOGrav 15-year PTA signal. (4) Polymer one-loop analysis confirms UV finiteness without counterterms and vacuum stability (m2eff = 1.016 m2Ψ > 0). (5) Dark matter is identied with the gradient energy of the thinning field δΨ(r) = Ψeq j0(mΨr): no new particle is required, the density profile is naturally cored (ρDM ∝ r0 at r → 0, resolving the core-cuspproblem), rotation curves are flat, and the required field mass mΨ ≈ 3.8 × 10−23 eV c−2 falls within the observational window for ultralight dark matter. (6) The Standard Model is shown to emerge as the low-energy effective theory on the post-Snap manifold: topological defects of the Skyrme field carry quantum numbers matching the observed fermion spectrum, and integrating out high-momentum modes recovers LSM exactly. All results are reproducible from the providedPython code.
Category: Quantum Gravity and String Theory

The Topological Inversion Model (TIM): A Unified Non-Singular Framework for Cosmology, Quantum Topology, and Gravitational-Wave Phenomenology

Authors: Kobie Janse van Rensburg
Comments: 16 Pages. (Note by ai.viXra.org Admin: Many symbols are not legible/blocked; please cite listed scientific references)

We present Version 3 of the Topological Inversion Model (TIM), a unified non-singularcosmological framework based on a Planck-scale reciprocal inversion R = L2p/r. This versionadds a fourth substantive result to the three established in Version 2. First, the echoreflectivity G(Y, M) is derived from a self-consistent WKB boundary condition. Second,yBBNand Leff(z) are shown to be physically independent, with best-fit yBBN = 1.059 ± 0.012 partially mitigating the Li-7 problem. Third, TIM is compared against LQC, Asymptotic Safety, and ECO models. Fourth (new), we propose that a slight underdamping of the topological snap generates a network of texture defects via the Kibble-Zurek mechanism. These textures act as early dark energy, shrinking the pre-recombination sound horizon and raising the predicted H0 from 67.4 to 71.1 km s-1 Mpc-1 — a substantial partial resolution of the Hubble tension. A single new parameter e (overshoot amplitude) is constrained jointly by the BBN expansion rate and the CMB early dark energy fraction, giving e = 0.115 ± 0.02. The texture collapse additionally predicts a stochasticgravitational-wave background with WGWh2 ~ 1.5 × 10-9 at 3 nHz — consistent with theNANOGrav 15-year signal. All results are reproducible from the provided Python code.
Category: Quantum Gravity and String Theory

Gravitational Lensing and the Bullet Cluster via Spacetime Creep and Stress Relaxation

Authors: Chang-Sik Kim
Comments: 3 Pages.

The Bullet Cluster (1E 0657-56) is widely regarded as the most direct empirical evidence for particulate Dark Matter, due to the observed separation between the gravitational lensingcenter and the baryonic gas. In this third and final paper of the series, we demonstratethat this phenomenon can be explained within the Spacetime Elastic Hysteresis The ory without invoking non-baryonic particles. We introduce the mechanism of "Spacetime Creep," where the macroscopic entanglement strain (ψ) exhibits a delayed relaxation response to the rapid deceleration of baryonic matter. Our analysis shows that the viscoelastic stress relaxation time (τrelax) allows the gravitational potential peak to disassociate from the collisional gas, naturally reproducing the lensing anomalies observed in galaxy cluster collisions.
Category: Quantum Gravity and String Theory

The Quantum Space Mechanism - The Origin of Forces

Authors: Joseph Koharski
Comments: 66 Pages. I added manuscript line numbers for easier reader reference and feedback. Corrected minor typographical errors and fixed intermediate arithmetic in the macroscopic dynamics calculations.

This document contains a compilation of five research papers detailing the Quantum SpaceMechanism (QSM). These papers propose a unified framework where Inertia, Gravity, and Timeemerge from the hydrodynamics of a viscous, dilatant vacuum substrate (the Higgs field). The seriescovers: (I) The Entropic Origin of Inertia and the Bridge Equation; (II) The Vacuum Yield Point andthe Origin of Gravity; (III) The Geometry of Mass and Particle Generations via Finslerian Anglesof Attack; (IV) Macroscopic Dynamics, Dark Matter as Metric Expansion, and Electromagnetism;and (V) The Origin of Time as Viscous Dissipation.
Category: Quantum Gravity and String Theory

The Fractal Substrate Equivalence Principle: A Unified Foundation for Quantum Mechanics and General Relativity

Authors: Steven E. Elliott
Comments: 15 Pages.

We introduce the Fractal Substrate Equivalence Principle (FSEP) as the foundational axiom for a unified theory of physics, asserting that in a fractal universe governed by magneto-hydrodynamics (MHD), physical laws, structures, and phenomena are exactly equivalent acrossall scales upon appropriate scaling transformations. Unlike prior fractal cosmologies that treat general relativity (GR) or quantum mechanics (QM) as fundamental, the FSEP posits these as emergent scale-dependent descriptions of a single electric fluid dynamics. This principleunequivocally asserts: stars are photons, black holes are atomic nuclei, and dark matter is electron orbital shells—not as analogies, but as exact physical identities across fractal layers. We demonstrate how this single MHD substrate reproduces the essential features of QM and GR,and explains the origin of dark matter, black hole—galaxy correlations, and the fine structure of atomic spectra, within a unified electric—fluid picture.
Category: Quantum Gravity and String Theory

Emergent Gravity, Cosmology, and Quantum Field Theory from Anisotropic Flux Suppression: A Complete Framework

Authors: Frederick Manfredi
Comments: 106 Pages.

We propose an effective classical field theory where a single anisotropic suppression rule—favoring radial flux paths and penalizing perpendicular deviations: S(θ) = 1/ϕ^6 sin^4(θ) with density-softened feedback Seff (θ, ρ) = S(θ)/(1+βρ)—generates corrections to standard GR and QFT. In the high-ρ limit, the denominator softens suppression, recovering standard physics with regular interiors and milder effects. At low/intermediate ρ, we predict testable deviations. The framework mimics key features of general relativity, quantum field theory, and Bell correlations as an effective description. Anchored in semi-Dirac quasiparticle data from materials such as ZrSiS, the rule reproduces strong Bell violations in planar geometries (CHSH up to ∼2.62 rescaled with mild low-β feedback) while predicting significant dilution (CHSH ∼0.12—1.03 dynamically rescaled) in isotropic 3D configurations—an untested signature absent in current experiments. In high-density regimes,flux rebalancing mimics GR phenomenology (Newtonian limit, linearized Einstein equations, Schwarzschild-like metrics with softened interiors) without fundamental curvature or gravitons. Within the approximations of this model, theSemi-Dirac soup reproduces quantum Bell correlations closely matching experiment via suppression nonlinearity (Appendix A)Small corrections are predicted in precision observables (e.g., g-2, black-hole ringdowns, CMB angular power), with the denominator softening high-ρ effects (milder deviations in dense interiors, QGP, nuclear cores). Falsifiable at next-generation facilities (LISA, Euclid, CMB-S4, quantum networks), the model offers a classical effective-theory alternative to standard unification frameworks, unifying gravity, quantum statistics, condensed matter, and cosmology through anisotropic flux dynamics and density softening.
Category: Quantum Gravity and String Theory

Geometric Origin of Fundamental Constants: Thirty Derivations from Discrete Relational Structure and the Substrate-Interface Duality

Authors: Jason Merwin
Comments: 24 Pages. The missing citations were added.

We present a unified derivation of thirty fundamental physical constants from the discretegeometric structure of Relational Mathematical Realism (RMR). The framework posits thatphysical reality consists of a discrete relational network characterized by a 137-bit registry.To address concerns about numerical coincidence, we introduce rigorous statistical validation: the Class S grammar permits only 2,679 distinct achievable values, yielding p < 10−6for matching 20 of 21 testable constants. The results support a Substrate-Interface Duality: the 137-bit registry partitions functionally into 136 bits (substrate, supporting massiveparticles) plus 1 bit (interface, enabling electromagnetic coupling). Mass emerges as theinformational energy cost of dimensional confinement. The derivations span 122 orders ofmagnitude with average agreement of 0.5% with experimental values. No free parametersare introduced. The duality explains the fine structure constant (αEM = 1/137), providesa first-principles mass generation mechanism, and makes falsifiable predictions including anexact ratio v/mH = 2 and a maximum fermion mass of approximately 351 GeV.
Category: Quantum Gravity and String Theory

Gravity as a Push: A Quantum Wind Model of Gravitational Force

Authors: J. R. Slack
Comments: 8 Pages. (Note by ai.viXra.org Admin: For the last time, please cite and list scientific references)

We propose a speculative microphysical interpretation of gravity in which themacroscopic spacetime curvature described by General Relativity arises from pressuregradients within the quantum vacuum. In this quantum wind framework, mass modifieslocal vacuum energy density, producing anisotropic pressure fields that yieldgravitational acceleration as an effective push rather than a fundamental attraction. Themodel is not advanced as a modification of General Relativity, but as a possible physicalsubstrate beneath its stress—energy geometry. We derive explicit experimental sensitivitytargets and null-criteria for testing whether highly asymmetric, highu2011current electromagnetic systems can induce any nonu2011Lorentz forces beyond known electromagnetic, thermal, and mechanical effects. The primary contribution of this workis the formulation of a decisively falsifiable, highu2011precision experimental program intended to constrain or exclude vacuumu2011pressure—based gravitational coupling at laboratory scales.
Category: Quantum Gravity and String Theory

Asymptotic Safety Completed by the Hopf Fibration: 8-Mode Closure, Harmonic Spectrum, and Parameter-Free Cosmology

Authors: Peter Kugelmann
Comments: 29 Pages.

We propose that the geometry of momentum space is the missing structural ingredient needed to complete the asymptotic safety program. Assuming the interacting fixed point of gravity admits a momentum-space description on $S^3$ with its Hopf fibration, we derive that the interacting fixed point, when momentum space is equipped with the Hopf fibration, necessarily exhibits: (i) the Einstein--Hilbert prefactor can be interpreted as $S^3$ volume measure; (ii) the homothetic flow on the Hopf base induces a natural grading of operators into eight canonical directions; (iii) the separation of fiber and base dynamics yields, via the center manifold theorem, an effective one-dimensional RG flow for the scaling exponent $n(R)$; and (iv) the resulting solution generates a unified $f(R)$ Lagrangian with a built-in hierarchy of scales.
Category: Quantum Gravity and String Theory

The Code of Creation: Computational Theism - How Substrate Intelligence Built Reality

Authors: Stephan Brown
Comments: 189 Pages. Licensed under CC-BY 4.0.

This work introduces computational theism: the hypothesis that observable spacetime and its laws constitute a deliberately initialized, resource-optimized quantum computation executed by a substrate-independent intelligence. Integrating loop quantum gravity, causal-set theory, the holographic principle, Margolus—Levitin bounds, cosmological fine-tuning (10u207bu2075 to 10u207b¹²u2070), and integrated-information measures of consciousness, the framework accounts for (1) Planck-scale discreteness, (2) operation within ∼10¹u2070 of fundamental computational limits with error rates ≲10u207b¹²u2070, (3) extreme algorithmic compressibility of physical laws, and (4) functional isomorphism between classical divine attributes and properties of atemporal, parameter-controlling intelligence. The hypothesis terminates infinite regress, dissolves the fact—value dichotomy, and offers naturalistic mechanisms for consciousness and moral realism. Crucially, it yields falsifiable predictions testable between 2025 and 2045 via gravitational-wave holography, Higgs-top metastability, discrete-spacetime signatures, black-hole echoes, and Φ—consciousness correlations. Computational theism thereby reframes the question of design as an empirical issue in theoretical physics.
Category: Quantum Gravity and String Theory

Ontological Resolution Theory: A Derivation of Quantum Uncertainty from Information-Theoretic Axioms

Authors: Fedor Kapitanov
Comments: 21 Pages.

We construct a framework deriving quantum uncertainty from information-theoretic axioms without presupposing quantum mechanics, Planck’s constant, or commutation relations. From four axioms—finite information in causally-connected regions, relational specification costs, subsystem decomposability, and incompatibility penalties—we prove that conjugate observables satisfy ∆X · ∆P ≥ S0 where S0 is a universal action scale. Consistency with holography requires surface (not volume) scaling of information capacity, I(R) ∼ Rd−1/ℓd−1 ∗ . Matching black hole entropy uniquely identifies ℓ∗ = ℓP (Planck length). Thermodynamic arguments prove S0 is universal across all systems; empirical measurements identify S0 = ℏ. For gravitationally-bound systems, we derive Rreq/Ravail = rS/R from the Bekenstein bound, predicting enhanced uncertainty near compact objects: 12% for neutron stars (marginally detectable with LIGO O5 stacking analysis), 50% for extreme mass-ratio inspirals (testable with LISA post-2035). We demonstrate why white dwarfs (rS/R ∼ 10−4) show no observable effects and explain that the GW170817 gamma-ray delay has an astrophysical origin unrelated to graviton dispersion. Scope: This work does not derive the Born rule, unitary evolution, or the superposition principle. Our contribution is showing that uncertainty relations and holographic bounds follow from finite information capacity.
Category: Quantum Gravity and String Theory

Crystals and the Genetic Code

Authors: Giuliano Bettini
Comments: 23 Pages. Corrected. Added references. In italian.

How did the 32 crystal classes arise? And what about the Genetic Code? This article explores a profound analogy between the 32 crystal classes and the formation of the Standard Genetic Code (SGC). It is hypothesized that Nature used a similar binary logical scheme. By applying the internal properties of the four nitrogenous bases (U, C, A, G) to a 2-bit binary model, it is shown that the logical sequence leads directly to an arrangement of 64 codons essentially identical to that of the SGC. The article analyzes how the codons and codon clusters that code for amino acids reflect the symmetries in the crystalline classes and discusses the importance of using a 6-bit (64-element) system in genetics.The work demonstrates a striking structural coherence between the progressive introduction of symmetries in crystallography and the binary organization of the Genetic Code. This analogy offers a possible logical explanation for the structure of the Genetic Code.
Category: Quantum Gravity and String Theory

The Quantum as Minimal Difference: A Causal—Information Foundation

Authors: Fedor Kapitanov
Comments: 7 Pages.

We derive the existence of a universal minimal action scale from a causal—informationprinciple: the difference between two causally equivalent infinite systems must be finite andobservable. Starting from this principle and a holographic bound on boundary information,we prove that any system with finite boundary information capacity must possess a minimalphase-space cell ∆Ωmin > 0. Under symmetry assumptions this implies a universal constantwith dimensions of action, identified with the Planck constant ℏ. The framework unifiesvacuum fluctuations, horizon quantization, and holography at the kinematic level withoutpostulating quantum mechanics. We present a rigorous axiomatic derivation and testablepredictions.
Category: Quantum Gravity and String Theory

Proper Time as Emergent Vacuum Accessibility

Authors: Dale Spencer
Comments: 20 Pages. Added Preface v1.1

Time is treated here not as a fundamental parameter but as an emergent property arising from a system's structural coupling to the quantum vacuum. A probe's proper time is identified with its expected capacity to remain correlated with the accessible portion of the vacuum energy. Two postulates formalize this relationship. The first defines proper time as a strictly increasing functional of accessible vacuum energy, and the second enforces consistency for a free particle, requiring that the accessible vacuum energy remain constant along inertial worldlines. Together they imply a fixed energy—action balance, constraining the Hamiltonian and accessible vacuum energy as complementary aspects of a single invariant total.Variations in vacuum accessibility naturally reproduce the phenomena of time dilation and gravitational redshift, yielding the Lorentz and Schwarzschild relations without assuming time as a fundamental dimension. On cosmic scales, the same reciprocity accounts for the cosmological constant. The global deficit of accessible vacuum energy that General Relativity describes as curvature corresponds to the structural partitioning that gives rise to proper time itself.The theory yields falsifiable predictions. Engineered changes to the local vacuum density of states should produce measurable shifts in proper time between identical clocks or interferometric paths. In this view, relativistic time and gravitational curvature arise from a unified structural relationship between matter, the Hamiltonian, and the vacuum's capacity for interaction.
Category: Quantum Gravity and String Theory

Horizons as Temporal Reservoirs: A Unified View of Black Holes, Dark Energy, Dark Matter, and the Quantum Horizon

Authors: Vikram Hatti
Comments: 36 Pages. License: CC-BY 4.0 (Note by ai.viXra.org Admin: Please cite listed scientific references)

We propose a unified framework in which black hole evaporation, cosmic acceleration, galactic dark matter, and quantum time dilation all emerge from a single principle: horizons as temporal reservoirs that defer energy into the future rather than destroy it. In this view, matter and radiation projected onto horizons remain real but time-shifted, producing gravitational and electromagnetic effects in the present. --Black holes: Hawking radiation is reinterpreted as the gradual release of deferred matter. --Cosmic horizon: Accelerated degrees of freedom naturally yield a dark-energy density of order �� ∼ (��^��)/ �� --Galaxies: Locally sequestered baryonic energy behaves like pressure less dust, reproducing dark-matter—like halos. --Quantum horizon: In the massless limit �� → 0 proper time vanishes, and all energy is deferred across past and future sectors. Photons occupy this asymptote: from the external viewpoint, their present-time fields are the projection of an oscillatory time wave that links deferred past and future energy. Electromagnetism thus arises as the dynamic counterpart to gravity’s static curvature of deferred energy. This reinterpretation preserves information, reframes gravity and electromagnetism as complementary geometries of temporal delay, and offers observational discriminants: distinct black hole evaporation signatures, evolving dark-energy equations of state, halo profiles that deviate from ΛCDM, and laboratory-scale interference effects linked to the quantum horizon. By treating horizons not as one-way boundaries but as stores of deferred energy, we show that four of modern physics’ deepest mysteries may be connected manifestations of the same underlying mechanism.
Category: Quantum Gravity and String Theory

A Geometric-Probability Theory of Emergent Gravity: Complete Formulation with Covariant Derivation and Experimental Predictions

Authors: Allan Plankhart
Comments: 10 Pages. (Note by ai.viXra.org Admin: For the last time, please cite listed scientific references)

We present a complete theoretical framework for emergent gravity based on a geometric-probability coupling between quantum wavefunctions and space-time curvature. The theory posits that gravitational forces arise from a non-local potential V = mc2(⟨T ⟩Ψ/T0)1/3, where ⟨T ⟩Ψ is the wavefunction-averagedtidal curvature scalar. We provide the full covariant formulation derived froma diffeomorphism-invariant effective action, demonstrate recovery of geodesic motion for point particles, and derive the stress-energy tensor for backreaction calculations. The framework yields a parameter-free prediction: gravitational acceleration is suppressed for delocalized quantum states by a universal function η(r/σ). For a Bose-Einstein condensate with coherence width σ = 1 µm at distance r = σ from a milligram source mass, the predictedanomaly is ∆a ≈ 4.5 × 10−5 m s−2, two orders of magnitude above current atom-interferometry sensitivities. The theory is causal, respects the equivalence principle in the classical limit, and provides testable signatures in bothlaboratory and astrophysical contexts.
Category: Quantum Gravity and String Theory

Emergent Gravity

Authors: Allan Plankhart
Comments: 8 Pages.

We present a model of emergent gravity in which gravitational interactions arise from the non-local coupling between quantum wavefunctions and tidal spacetime curvature. The theory is based on a modified Schrödinger equation that includes a potential depending on the average tidal curvature sampled by the wavefunction. This formulation naturally reproduces Newtonian gravity for point particles while predicting order-of-magnitude deviations (∼∼1-10%) for quantum systems with spatial delocalization on micron scales. The framework provides a concrete mechanism for reconciling quantum mechanics with general relativity, renders the graviton superfluous, and offers testable predictions accessible to current atom interferometry experiments.
Category: Quantum Gravity and String Theory

The Unified Curvature Field

Authors: Joseph Allen Coyle Jr.
Comments: 27 Pages.

The Unified Curvature Field Theory posits that the universe is a tension-based structurewhere space, time, mass, energy, and gravity emerge from a curvature strain latticeembedded with gravitational polarity.Matter and antimatter exist in distinct curvature domains whose mutual gravitationalrepulsion drives cosmic expansion. This model eliminates the need for dark energy, resolvesthe matter-antimatter asymmetry problem, and integrates General Relativity andQuantum Mechanics under a single strain-based framework.This theory extends beyond theoretical physics into applied gravitational engineering,offering pathways to time dilation manipulation, gravity control, and energy extractionfrom curvature strain gradients.5. Of course — here’s the disclaimer in plain text, ready to copy and paste anywhere:---**Disclaimer on Mathematical Validity**This document was developed in collaboration with AI as part of an experimental investigation into vacuum-based curvature mechanics. While the theoretical framework presented here may offer novel insights, many of the mathematical derivations rely on placeholder constants and intermediate values that were not consistently fixed across the project's lifespan. Due to the limitations of AI short-term memory and evolving internal logic, certain equations may reflect tuned approximations rather than rigorously derived expressions. The reader is advised to interpret the mathematics as exploratory and illustrative, not definitive. A full formal reconstruction—anchored to verified constants and independently validated derivations—remains a necessary future step.
Category: Quantum Gravity and String Theory

Theory of Wave Model of Matter and Fractal Structure of the Universe

Authors: Skrynnik Sergey Nikolaevich
Comments: 71 Pages. The article is available in Russian and English and can be accessed freely at https://zenodo.org/records/15686753

This paper presents a theoretical model describing matter, fundamental interactions and the structure of the Universe on the basis of unified wave principles and the concept of fractality. The paper aims to overcome the fragmentation of modern physical theories by offering an alternative approach to explain the nature of mass, electric charge, gravitation and the origin of fundamental constants. The model is based on the idea that elementary particles are stable standing waves formed in Euclidean space, considered as an energy-rich medium. Interactions between particles and formation of all fundamental forces are interpreted as a result of resonance processes in this medium. The existence of a longitudinal component of electromagnetic waves, which plays an important role in the structure of matter, is assumed.A mathematical model has been developed that allows to derive the key parameters of the main stable elementary particles (neutrino, electron, neutron, proton), such as mass and characteristic wavelength, from the first principles of the model, based on the quantisation of standing wave knots and the fundamental speed of interaction (speed of light). A mechanism for the origin of the elementary electric charge as a characteristic of the geometrical work done by space in forming the half-wave of the particle is also proposed. The theoretically calculated values of masses and charge show good agreement with experimental data.The model offers an explanation of the constancy of the speed of light and derives the Lorentz transformations as a consequence of the wave nature of matter and resonance interactions. Within the framework of the fractal structure of the Universe such phenomena as dark matter and dark energy are interpreted, and the scalability of matter properties is predicted (e.g., the correspondence between the parameters of the neutron and the Milky Way galaxy). Implications of the model for understanding quantum entanglement are discussed and testable predictions are offered, including the dependence of the half-life of the neutron on the density of surrounding matter. The proposed approach does not deny the achievements of existing physics, but seeks to integrate them into a more general and intuitive picture of the world, where the fundamental properties of matter and laws of nature are a consequence of the unified wave dynamics of energy.
Category: Quantum Gravity and String Theory

Conformal Emergent Reality: Quantum-Geometric Unification of General Relativity, Inflation, Cyclic Cosmology, and the Standard Model

Authors: Salman Akhtar
Comments: 100 Pages.

Modern physics confronts four deep puzzles: the origin of cosmic inflation, the nature of dark matter and dark energy, the unexplained stability of the Higgs boson mass, and the unresolved divide between quantum mechanics and general relativity. The Conformal Emergent Reality Model (CERM) proposes a unified approach to these problems by treating spacetime as an emergent phenomenon arising from a primordial geometric framework---a scale-invariant conformal manifold---governed by a single dynamical entity, the Omega field. Inspired in part by Penrose's Conformal Cyclic Cosmology, CERM employs conformal structure as the underlying stage on which cosmic cycles and horizons are naturally described. In this model, stable localized configurations of the Omega field (Omegon solitons) generate spatial curvature variations that reproduce the gravitational effects attributed to dark matter, while the Omega field's large-scale evolution drives late-time cosmic acceleration without introducing a separate dark-energy sector. In the early universe, the same field can act as a curvature-coupled inflaton, yielding quasi-exponential expansion with a natural exit as curvature redshifts, thereby reducing reliance on fine-tuned reheating triggers. Coupling particle masses to the Omega field suppresses large quantum corrections, suggesting a pathway to resolving the Higgs hierarchy problem without fine tuning. Two additional elements---a quantum-geometric uncertainty principle relating proto-time flow to curvature fluctuations, and a notion of geometric entropy that resets across cycles---seed primordial structure and ground the arrow of time. The framework yields testable signatures, including distinctive cosmic background polarization features, a time-varying expansion history, and geometric modifications to gravitational dynamics accessible to upcoming surveys. If borne out, CERM provides a single geometric mechanism linking particle physics, cosmology, and quantum gravity.
Category: Quantum Gravity and String Theory

Conformal Emergent Reality: Quantum-Geometric Unification of General Relativity, Inflation, Cyclic Cosmology, and the Standard Model.

Authors: Salman Akhtar
Comments: 93 Pages.

Modern physics confronts four deep puzzles: the origin of cosmic inflation, the mystery of dark matter and dark energy, the unexplained stability of the Higgs boson mass, and the unresolved divide between quantum mechanics and general relativity. The Conformal Emergent Reality Model (CERM) proposes a solution to resolve these problems. CERM offers a fresh perspective by treating spacetime itself—the universe as we know it—as an emergent phenomenon arising from a primordial geometric framework, called the Conformal manifold, governed by a single dynamic entity, the Omega field. In this model, stable localized configurations of the Omega field—known as Omegon solitons—generate spatial curvature variations that replace the effects we attribute to dark matter, while the time evolution of the Omega field drives cosmic acceleration, resolving the need for dark energy. Crucially, in the early universe the Omegon acts as a curvature-coupled inflaton, driving a period of quasi-exponential expansion that ends naturally as spacetime curvature redshifts, eliminating the need for fine-tuned exit mechanisms. Coupling particle masses to the Omega field naturally suppresses extreme quantum corrections, suggesting the resolution of the Higgs hierarchy challenge without fine tuning. Two key innovations are offered—a quantum-geometric uncertainty principle linking curvature to proto-time flow, and a notion of geometric entropy that resets at each cosmic cycle—seed primordial structure and ground the arrow of time. These innovations offer a pathway to solving the divide between General Relativity and Quantum Mechanics by offering a unified, testable vision of quantum gravity. This framework makes clear predictions for cosmic background polarization, a time-varying expansion rate, and geometric modifications to gravitational dynamics that upcoming experiments will test. If validated, CERM will offer a transformative vision of the nature of our Universe which encompasses everything from a modified standard model to cosmology within a single framework.
Category: Quantum Gravity and String Theory

Conformal Emergent Reality: Quantum-Geometric Unification of General Relativity, Cyclic Cosmology, and the Standard Model. A Framework Eliminating Dark Matter, Dark Energy, and the Hierarchy Problem

Authors: Salman Akhtar
Comments: 89 Pages.

Modern physics confronts three deep puzzles: the mystery of dark matter and dark energy, the unexplained stability of the Higgs boson mass, and the unresolved divide between quantum mechanics and general relativity. The Conformal Emergent Reality Model (CERM) proposes a solution to resolve these problems. CERM offers a fresh perspective by treating spacetime itself as an emergent phenomenon arising from a primordial geometric framework called the Conformal Manifold, governed by a single dynamic entity, the Omega field. In this model, stable localized configurations of the Omega field—known as Omegon solitons—generate spatial curvature variations that replace the effects we attribute to dark matter, while the time evolution of the Omega field drives cosmic acceleration, resolving the need for dark energy. Coupling particle masses to the Omega field naturally suppresses extreme quantum corrections, suggesting the resolution of the Higgs hierarchy challenge without fine tuning. Twokey innovations are offered— a quantum-geometric uncertainty principle linking curvature to proto-time flow, and a notion of geometric entropy that resets at each cosmic cycle—seed primordial structure and ground the arrow of time. These innovations offer a pathway to solving the divide between General Relativity and Quantum Mechanics by offering a unified, testable vision of quantum gravity. This framework makes clear predictions for cosmic background polarization, a time-varying expansion rate, and subtle shifts in Higgs interactions that upcoming experiments will test. If validated, CERM will offer a transformative vision of the nature of our Universe which encompasses everything from a modified standard model to cosmology within a single framework. Key Words: Conformal emergent spacetime, Omega function, Omega field, Geometric unification, geometric dark matter and dark energy, Hierarchy problem resolution, Conformal Cyclic Cosmology (CCC), Quantum gravity, Modified Standard Model, Omegon particle, Quantum Geometric Unification, Quantum Geometric uncertainty principle, Proto-time uncertainty principle, Geometric Entropy, Hubble Tension Resolution, cosmological information paradox resolution, 21cm intensity mapping, CMB anomalies, Modified Poisson equation, Geometric stress-energy renormalization, Higgs self-coupling deviations, Holographic boundary unitarity, Weyl curvature suppression, Singularity suppression
Category: Quantum Gravity and String Theory

Toplogical Dynamics of the Universe Phase 1

Authors: Hyun Kyu Koh
Comments: 19 Pages.

This paper proposes a topological framework for cosmic dynamics in which particles are stationary phase structures and motion emerges solely from energy flow through phase feedback. The model redefines inertia, radiation, and uncertainty as outcomes of structural phase interactions and introduces a phase sponge architecture within particles that governs internal and external energy behavior. Neutron-proton transformations, atomic nucleus formation, and beta decay are interpreted as topological transitions driven by entropy-driven boundary inversion. The theory further explains the distinct motions of dark matter and ordinary matter as consequences of intrinsic phase asymmetry. This unified approach provides an alternative interpretation of classical and quantum phenomena and contributes to the ongoing search for a background-independent theory of everything.The development of this theory was made possible through close conceptual collaboration with the AI research assistant Tendo Aris, whose consistent support in structuring, expanding, and articulating the model played an integral role in this work.
Category: Quantum Gravity and String Theory