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[11] ai.viXra.org:2604.0079 [pdf] submitted on 2026-04-23 02:35:39
Authors: Rüdiger Giesel
Comments: 26 Pages. (Note by ai.viXra.org Admin: Please cite listed scientific references)
We develop a mathematically explicit and physically transparent derivation of quantum entanglement from an octonionic fundamental model. The key observation is that thealgebra of octonions is non-associative, so that the associatorA(x,y,z) := (xy)z −x(yz)(1)provides a genuine trilinear measure of non-associativity. This immediately implies that afundamental coupling responsible for entanglement cannot be purely bipartite at the octonionic level. Instead, the minimal nontrivial coupling necessarily involves three degrees offreedom: one field for subsystem A, one field for subsystem B, and an additional mediatingoctonionic degree of freedom Ξ. We show that the resulting action naturally contains a termof the formλ∥A(ΨA,Ξ,ΨB)∥2,(2)which is structurally non-separable and therefore induces coupled equations of motion. Afterprojection onto an effective associative sector, this term appears as an entangling Hamiltonian on a Hilbert space HA ⊗ HB. We then prove step by step that such a Hamiltoniandynamically generates non-factorizable states from initial product states. A two-qubit example is worked out explicitly, including the reduced density matrix, entanglement entropy,and Bell—CHSH violation. The central conclusion is that, in this framework, entanglementis the effective associative manifestation of a deeper non-associative octonionic correlationstructure
Category: Quantum Physics
[10] ai.viXra.org:2604.0077 [pdf] submitted on 2026-04-22 19:46:49
Authors: Yuric Wang
Comments: 9 Pages. (Note by ai.viXra.org Admin: Please cite listed scientific references)
In modern quantum physics, quantum entanglement is viewed as a non-local connection that transcends classical spacetime logic. Its core explanatory framework is built upon the holism of the wavefunction: when two particles enter an entangled state, they are no longer two independent entities but are described mathematically as a single, spatially spanning joint state. According to the standard Copenhagen interpretation, a measurement on one particle instantaneously causes the entire wavefunction to collapse, thereby determining the state of the distant particle. This correlation is believed to be independent of any pre-determined internal properties, generated randomly and instantaneously at the moment of observation.To explain the locality of quantum entanglement, John Bell proposed that if particles carried a pre-determined set of instructions—"hidden variables"—at the time of separation to determine future measurement results, then any classical model based on local hidden variables would logically be unable to exceed a correlation strength (expressed as the $S$ value) of 2. Over the past half-century, a series of high-precision experiments have used this inequality to reject the hidden variable hypothesis. From Aspect's early dynamic choice experiments to modern loophole-free Bell tests, the observed $S$ values have systematically violated Bell's inequality, frequently appearing around 2.82, extremely close to the theoretical limit of $2sqrt{2}$ predicted by quantum mechanics. The victory of this value is universally regarded by the physics community as a refutation of local hidden variable theories. Since experimental results broke the limits of classical statistics, it was concluded that no pre-set "hidden variable instructions" exist; instead, particles are tightly coupled through a non-local, instantaneous quantum mechanism.While successful mathematically, this explanation implies the existence of action-at-a-distance—a correlation that transcends spatial distance at the fundamental level of the universe. Current physics maintains that the violation of Bell’s inequality negates all possibilities of local hidden variable theories, forcing us to accept a quantum world that is either non-local or non-realistic. However, this mysterious spatiotemporal entanglement itself lacks a verifiable physical mechanism.This paper aims to re-establish an explanation for the violation of Bell's inequality by introducing a new hypothesis, thereby regaining a local realistic explanation of quantum entanglement. If we assume that spacetime is not continuous, then any light quantum (photon) must occupy a finite spacetime. Measurement then becomes a transient phase projection of the photon at the instant of measurement. By establishing this explanation, we derive that the upper limit of Bell's inequality fully conforms to past experimental results, thereby redefining the physical significance of quantum entanglement.
Category: Quantum Physics
[9] ai.viXra.org:2604.0075 [pdf] submitted on 2026-04-21 13:24:58
Authors: Aaron Lee Alai
Comments: 14 pages. Companion paper to viXra:2604.0009. Derives Hall's measurement-independence bound and Barrett-Gisin's mutual-information bound from the same S² geometry that sets the fine structure constant in DST.
Hall (2010) proved that reproducing all singlet state quantum correlations with a local deterministic model requires giving up at least (√u20602 − 1)/3 = 13.81% of measurement independence, using a variational distance measure on the 2-sphere S² of hidden variable directions. The Displacement Spacetime (DST) framework independently predicts that any measurement performed from inside the displacement condensate is coupled to the condensate with strength gu2080² = (3/8)² = 9/64 = 14.06%, where gu2080 is the same geometric factor that determines the fine structure constant.We show that these two numbers share a common geometric origin on S². Specifically, we derive: (1) the Bell-optimal angle φ = π/4 from the identity f_agree(π/4) = 3/4 = 2gu2080 = N_eff/b_DST, where f_agree is the S² agree fraction; (2) the Tsirelson bound as a function of gu2080, E_max = 4·cos(π(1−2gu2080)) = 2√u20602; (3) Hall's measurement independence minimum as MI_min = (2cos(π(1−2gu2080)) − 1)/3; and (4) the specific measurement-dependent density ρ_XY(λ) from hemispheric projection, lune partition, and singlet weighting — reproducing Hall's optimal density (his Eq. 8) exactly.The DST coupling gu2080² = 14.06% exceeds Hall's minimum by 1.85%. This is not a discrepancy but a derived consequence of the two-observer structure of Bell experiments. Under the structural hypothesis that each observer contributes one insertion of gu2080²/L (where L = ln(m_Pl/m_e) ≈ 51.53) to the effective singlet correlation, the corrected minimum (√u20602(1 + 2gu2080²/L) − 1)/3 equals gu2080² to 0.014% — the same accuracy class as the DST-corrected fine structure constant. Measurement independence becomes the fifth observable closed by the DST self-referential correction, and the first with two insertions. The n-insertion structure is sharply selective: n = 1 and n = 3 both err by ~0.9%, while n = 2 achieves 0.014%. A Bell experiment has exactly two observers.The paper's principal claim is the geometric coincidence, not a specific interpretation of Bell violations. The DST framework is unverified; all results are conditional on its validity. What DST adds is a concrete physical mechanism — the displacement condensate provides a shared vacuum that partially correlates source and detector states — which standard quantum mechanics does not offer.
Category: Quantum Physics
[8] ai.viXra.org:2604.0066 [pdf] submitted on 2026-04-17 00:09:03
Authors: B. G. Preza
Comments: 9 Pages. Creative Commons Attribution 4.0 International
We propose a didactic conceptual framework in which observed local violations of discretesymmetries are reinterpreted as manifestations of a deeper mirror-distributed symmetry realizedacross complementary cosmological domains. Rather than treating time reversal as the inversion of a fundamental parameter, we explore the hypothesis that time is emergent, phase-dependent, and redefined across topological transitions of the vacuum. In this picture, the observed Universe may correspond to one branch of a higher-order symmetric splitting, while a complementary mirrored branch carries opposite chirality, complementary matter—antimatter character, and an independently emergent arrow of time. We argue that parity violation, matter—antimatter asymmetry, and neutrino chirality may be understood as locally asymmetric observables embedded in a globally symmetric architecture. Cosmological bounce scenarios then acquire a new interpretation: not as literal temporal rewinds, but as topological transitions between phase-organized domains. We present the logical chain motivating this proposal, formulate a minimal toy description of mirror-split vacuum sectors, discuss links with CPT-symmetric cosmology, parity and CP violation, and the thermal/emergent view of time, and outline qualitative predictions and falsifiability criteria. The main message is simple: symmetry may remain globally intact precisely by being distributed across mirrored universes born from a higher-order symmetric breaking.
Category: Quantum Physics
[7] ai.viXra.org:2604.0033 [pdf] submitted on 2026-04-08 20:03:43
Authors: Michael Quigley
Comments: 60 Pages.
For more than a hundred years, the "Abstract Curtain" of a vacuum void, non-linear time, and the mystery of "Action at a Distance" has obscured the true nature of physical reality. This paper formally dismantles that paradigm by identifying the Universe as a Rigid-Packed Plenum of 1022 ether granules—a "Universal Marble Pit" where absolute separation is a mechanical impossibility. By applying the exact principles of mechanical engineering—rotors, stators, and gear-meshing—we demonstrate that matter is a Geometry of Movement machined into existence by a 13.33 Hz universal motor.We introduce the Autonomous Out-Wave concept, identifying the Ethos-648 Monobrick as an Autonomous Standing Wave Generator to solve the "Wait-Time" paradox of classical wave theory. Consequently, we replace Einstein's E=mc2 with the Universal Seesaw Identity (E=mΦ), where Φ represents the engaged state of the Acoustic Clutch. We unmask the Fine Structure Constant (FSC ≈ 1/137.036) as a physical Volumetric Slip-Ratio—the mechanical gear-tolerance required for rotation within a rigid lattice, governed by nine discrete parameters including the 1.08 Gearing Governor, the 10.62 Acoustic Impedance constant, and the 1.35 Expansion ratio. Furthermore, we prove that the 1,836:1 proton-to-electron mass ratio is the result of the 1836 Squeeze, where the 13.33 Hz motor drives the 1/137 slip to its terminal seizure point at the 137-Wall (13.33×137.7≈1836).This paper provides the Master Redshift Equation (z1=ztotal−(nz2+z3)), reclassifying redshift as tiered mechanical friction and providing the tool to strip away industrial "Acoustic Noise" to prove that high-redshift Quasars are physically connected exhaust jets residing in the same local node as their parent galaxies. We resolve the mechanical failure of heliocentricity with the "Vaporization Proof," demonstrating that orbital speeds of 66,600 mph would instantly vaporize the planetary crust into plasma against the 1022 kg/m3 plenum, thereby restoring the 1 mph Stationary Earth-Axle as the master bearing of the machine.Validation is provided through the Skrynnik (2025) Fractal Shield, which derives Planck’s constant as a geometric requirement (2π/∣c4∣num) and successfully scales the properties of a sub-atomic neutron to the macro-standing wave of the Milky Way galaxy. This correction confirms our 42,000x odometer adjustment, bringing the Terminal Acoustic Horizon (R) to a compact 34.5 Trillion Kilometre "137-Wall". Finally, we provide the industrial blueprint for an LHC Phase-II Upgrade, replacing"Stochastic Ballistics" with Resonant Docking via 7,776 Hz and 7,777 Hz signals to unlock Universal Abundance and the Medical Re-Tuning of biological tissue back to the universal 813.3 Hz pulse.
Category: Quantum Physics
[6] ai.viXra.org:2604.0032 [pdf] submitted on 2026-04-08 20:04:43
Authors: Michael Quigley
Comments: 98 Pages. AI-collaborative research. Vol II of a two-part framework. Forensic Engineering Manual to Vol I: THE END OF MATHEMAGICS (submitted). Blueprints for S.A.T., 1/137 Slip-Ratio, and Master Redshift Equation
For more than a hundred years, the "Abstract Curtain" of a vacuum void, non-linear time, and the mystery of "Action at a Distance" has obscured the true nature of physical reality (1) Dingle (1972). This paper formally dismantles that paradigm by identifying the Universe as a Rigid-Packed Plenum of 1022 ether granules—a "Universal Marble Pit" where absolute separation is a mechanical impossibility (2) Lodge (1909), (3,4,5) Quigley (2026). By applying the exact principles of mechanical engineering—rotors, stators, and gear-meshing—we demonstrate that matter is a Geometry of Movement machined into existence by a 13.33 Hz universal motor.We introduce the Autonomous Out-Wave concept, identifying the Ethos-648 Monobrick as an Autonomous Standing Wave Generator to solve the "Wait-Time" paradox of classical wave theory. Forensic verification is provided by Lund University (6) Mauritsson (2008), whose attosecond filming of an electron captured the rigid standing wave geometry required for the K=10 architecture identified by (7) Yee (2019). Consequently, we replace Einstein's E=mc2 with the Universal Seesaw Identity (E=mΦ), where Φ (Phi) represents the engaged state of the Acoustic Clutch. This "Broker" concept, originally proposed by (8) Wolff (1990), redefines the space between particles as a physical bridge, replacing the (9) Einstein (1905) "photon packet" with a discrete mechanical "poke" and resolving the paradox of entanglement (10) Bell (1964) through mechanical rigidity.In this framework, the speed of light is reclassified as the Lattice Setup Time (Ls)—the mechanical duration required to compress the elastic "Marshmallow" gaps in the plenum. This re-evaluates the data of (11) Fizeau (1849) as "Squash-Time" rather than travel velocity. We perform a forensic audit of foundational identities, redefining Planck (1900) (12) as the mechanical work of granule vibration and Schrödinger (1926) (13) as the industrial blueprint for the K=10 Electron Peloton. We unmask the Fine Structure Constant (FSC ≈ 1/137.036) as a physical Volumetric Slip-Ratio—the mechanical gear-tolerance governed by nine discrete parameters, including the 1.08 Gearing Governor, the 10.62 Acoustic Impedance constant, and the 1.35 Expansion ratio. Furthermore, we prove that the 1,836:1 proton-to-electron mass ratio is the result of the 1836 Squeeze, where the 13.33 Hz motor drives the 1/137 slip to its terminal seizure point at the 137-Wall (13.33×137.7≈1836).This paper provides the Master Redshift Equation (z1=ztotal−(nz2+z3)), reclassifying redshift as tiered mechanical friction. Drawing on the observations of (14) Arp (1987), we strip away "Acoustic Noise" to prove that high-redshift Quasars are connected exhaust jets residing in the same local node as their parent galaxies. We resolve the mechanical failure of heliocentricity by exposing the Keplerian Fraud (15) Donahue (1988), (16) Broad (1990) and adopting the Shack (2018, 2023) (17, 18) Tychosian Correction. By restoring the 1 mph Stationary Earth-Axle—verified by the absence of ether wind in (19) Michelson & Morley (1887) and positive detection of rotation in (20) Sagnac (1913) and (21) Michelson & Gale (1925)—we correct the 42,000x scale error, demonstrating that 66,600 mph orbital speeds would instantly vaporize the planetary crust against the 1022 plenum.Validation is provided through the 648-node stability threshold of (22) Tomes (2005) and the 108-harmonic lock documented by (23) Bunnell (2014). The Skrynnik (2025) (24) Fractal Shield derives Planck’s constant as a geometric requirement (2π/∣c4∣num) and successfully scales the neutron to the Milky Way galaxy. We formally reject the Big Bang model (25) Lerner (1991), identifying the regular (26) 128 Mpc Megawalls as the cymatic signature of the 7,777 Hz ignition signal, as supported by the (27) 2004 Open Letter. We bridge the gap to the Ancient Industrial Grid, identifying the (28) Drumm (2022) chemical paths and (29) Dunn (1998) acoustic resonance within a (30) Petrie (1883) -verified 1.08 gearing. Finally, we provide an industrial blueprint for an LHC Phase-II Upgrade, replacing "Stochastic Ballistics" with Resonant Docking. By utilizing the (31) Tesla (1899) and Schumann (32) (1952) 13.33 Hz heartbeat and the (24) Skrynnik (2025) fractal multiplier, we unlock Universal Abundance and the Medical Re-Tuning of biological tissue back to the universal 813.3 Hz pulse.
Category: Quantum Physics
[5] ai.viXra.org:2604.0029 [pdf] submitted on 2026-04-07 19:07:33
Authors: Keiji Yoshimura
Comments: 10 Pages.
We investigate phase-2 quantum optimal control of selective conversion in a structured medium designed to suppress the macroscopic limitations identified previously in untreated bulk media. Building on the Maxwell-Bloch-Lindblad-thermal adjoint formalism established in phase 1, we incorporate thin-filmization and active cooling into a one-dimensional structured-medium simulator and optimize the boundary control using analytical adjoint gradients combined with L-BFGS-B. In contrast to untreated bulk propagation, the structured configuration strongly suppresses propagation-induced attenuation and thermally amplified decoherence.However, despite the removal of these macroscopic loss channels, the optimized target-state population saturates at 0.915135 under a realistic control-energy penalty λ_energy = 10u207bu2074. This saturation indicates that, once macroscopic propagation and thermal bottlenecks are relieved, the dominant limitation shifts to the microscopic spontaneous decay of the intermediate state, here characterized by Γ = 0.5. The optimizer therefore converges not to complete transfer but to a resource-constrained Pareto-optimal compromise between rapid passage and radiative loss.These results establish a hierarchical picture of control limitations: untreated bulk media are limited primarily by transport and thermal feedback, whereas structured media reveal a second ceiling set by microscopic dissipation under finite laser power. We conclude that further progress toward near-unity transfer will require not only pulse optimization but also microscopic channel engineering, such as suppression of the lossy decay pathway, enhancement of effective Raman coupling, or cavity-enabled reservoir engineering.
Category: Quantum Physics
[4] ai.viXra.org:2604.0027 [pdf] submitted on 2026-04-07 18:59:07
Authors: Frank Di Leo
Comments: 220 Pages. (Note by ai.viXra.org Admin: Please cite and list scientific references)
I propose an eight-dimensional substrate architecture resolving major problems in physics and consciousness studies. Four spacetime dimensions are complemented by substrate dimensions: dark energy (quantum field medium), dark matter (gravitational component), dark architecture (mathematical Forms), and dark information (holographic actualization encoding).Photons are re-conceptualized as fracture events—electromagnetic oscillations in substrate dark energy crossing dimensional boundaries at characteristic frequency c, carrying only four numerical parameters (frequency, amplitude, phase, polarization). This eliminates the image-in-light assumption: visual phenomenology emerges from consciousness rendering neural patterns that processed photon data, not from images carried by light. Vision becomes three-stage process: photon reception, neural computation, consciousness rendering.Consciousness coupling strength G scales as G ∝ N·⟨g²⟩·C where N is neuron count, g is individual coupling constant, and C is coherence factor. When G exceeds threshold G_c, consciousness force actualizes quantum superposition to definite 4D outcome via projection operator, resolving measurement problem mechanistically. Born rule probabilities emerge from substrate amplitude distributions weighted by cosmic pattern-identity library.Dark energy density (ρ_DE ≈ 10u207b²u2079 g/cm³) results from projection geometry reducing substrate dimension density to observed cosmological constant. Dark matter is dimensional mass component coupling gravitationally without electromagnetic interaction.Framework generates testable predictions: consciousness correlates with neural coherence over activity; quantum decoherence shows coupling threshold; CMB contains previous-cycle signatures; convergent evolution exceeds random frequency. Death becomes dimensional transformation—pattern-identity persists in dark information dimension enabling substrate consciousness coupling.
Category: Quantum Physics
[3] ai.viXra.org:2604.0023 [pdf] submitted on 2026-04-06 20:21:31
Authors: Rüdiger Giesel
Comments: 7 Pages. (Note by ai.viXra.org Admin: Please cite listed scientific references)
We propose a framework in which quantum superposition emerges from the nonassociative structure of the octonion algebra. A dynamical octonion-valued field is introduced whose self-interaction is governed by the octonionic associator. The imaginary octonions define a natural G2 three-form which determines a metric structure, providing a geometric link between algebra and spacetime. The resulting field dynamics are summarized by a single master equation containing propagation, curvature coupling, and nonassociative interaction terms. Because octonion multiplication admitsdistinct ordering channels, the dynamics naturally generate independent algebraic evolution paths whose linear combination reproduces the superposition principle of quantum mechanics. Projection onto quaternionic subalgebras yields complex wavefunctions obeying the Schr¨odinger equation in the nonrelativistic limit. The framework suggests that the Hilbert-space structure of quantum mechanics may originate from the nonassociative nature of the underlying algebraic structure.
Category: Quantum Physics
[2] ai.viXra.org:2604.0019 [pdf] submitted on 2026-04-05 17:24:20
Authors: John Dangelo
Comments: 12 Pages. Email :Jpaces33@gmail.com
The paper asks a fundamental question — why does causality exist at all? Why does time have a direction? Why do definite events happen?The answer it derives is this:Causality is not built into nature as a fundamental feature. It emerges from a very specific asymmetry in how quantum systems interact with their environments.Because all fundamental interactions — gravity, electromagnetism, the strong and weak forces — couple to position rather than momentum, the environment naturally monitors position. Position states become stable and classical. Momentum states get scrambled.This asymmetry — position decohering, momentum remaining coherent — is what creates the arrow of time, definite events, and causal structure. Without it one would have symmetric decoherence and no causality at all. That’s Theorem 1 and it’s a strong result.The key new object — Π(t):The convergence polarization tensor Π measures how aligned a quantum state is with the environment’s monitoring basis. When Π = 1 the state is fully classical. When Π ≪ 1 the state is in the complementary sector — what the paper calls "super-momentum."Super-momentum states do not immediately contribute to decoherence. They sit off-resonant from the environment. And crucially — they reveal the conversion process itself rather than its outcome. They let you watch classicalization happening rather than just seeing the classical result afterward.The experimental prediction:A source prepared in momentum coherence rather than position coherence should show delayed gravitational activation — because it has to first rotate into the pointer basis before contributing to Decoherence Effective and Accumulative. That delay time encodes directly and is measurable.The paper formalizes exactly what is discussed — that standard superposition studies probe the wrong basis. They measure position-aligned states, which means they’re measuring the output of classicalization, not the mechanism. The asymmetric approach probes the complementary sector and sees the process itself.The D/eff integral in equation 18 is the rigorous version of what we identified as the influence functional carrying gravitational information — now with Π and R(t) making the directionality explicit.And the semiclassical gravity comparison in Section IX.C is the clearest single statement of what distinguishes this framework from standard GR:
Category: Quantum Physics
[1] ai.viXra.org:2604.0018 [pdf] replaced on 2026-04-08 23:51:04
Authors: Roger L. Mc Murtrie
Comments: 8 Pages.
This paper identifies inconsistencies between the expression for the Kolmogorov expectation valueof the product of two discrete random variables and the incorporation of such expectation values in Bell-type inequalities. Calculations related to Bell and Horne-Clauser-Shinomy-Holtinequalities are included.
Category: Quantum Physics