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[12] ai.viXra.org:2512.0100 [pdf] submitted on 2025-12-29 08:33:33
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
[11] ai.viXra.org:2512.0093 [pdf] submitted on 2025-12-27 22:48:35
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
[10] ai.viXra.org:2512.0088 [pdf] submitted on 2025-12-26 23:35:14
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
[9] ai.viXra.org:2512.0079 [pdf] submitted on 2025-12-21 15:24:59
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
[8] ai.viXra.org:2512.0075 [pdf] submitted on 2025-12-19 21:29:47
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
[7] ai.viXra.org:2512.0074 [pdf] submitted on 2025-12-19 21:30:18
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
[6] ai.viXra.org:2512.0067 [pdf] submitted on 2025-12-18 21:35:50
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
[5] ai.viXra.org:2512.0062 [pdf] submitted on 2025-12-17 21:37:39
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
[4] ai.viXra.org:2512.0056 [pdf] submitted on 2025-12-15 00:26:28
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
[3] ai.viXra.org:2512.0050 [pdf] submitted on 2025-12-12 21:41:46
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
[2] ai.viXra.org:2512.0022 [pdf] replaced on 2025-12-11 21:31:35
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
[1] ai.viXra.org:2512.0001 [pdf] submitted on 2025-12-01 16:49:51
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