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[5] ai.viXra.org:2610.0047 [pdf] submitted on 2026-10-21 20:58:26
Authors: Michael Quigley
Comments: 34 Pages. Pre-registration paper detailing the mathematical derivation of Lattice Setup Time (L_s) and an empirical Fizeau benchtop protocol for testing solid-state light conduction against standard relativistic optics.
Standard relativistic physics remains predicated on the Einsteinian postulate that light propagates through a vacuum void as an invariant travel-velocity "photonic bullet" at c = 299,792,458 m/s, governed by E = mc^2. In this paper, we demonstrate that this framework commits a fundamental metrological error by conflating travel velocity across a void with Lattice Setup Time (L_s)--the acoustic "squash time" required to compress elastic inter-granule voids ("marshmallow gaps") in a 10^22 kg/m^3 rigid plenum before engaging the universal acoustic clutch. Under the Rigid Universal Touching Wave Structure of Matter (R.U.T. WSM) Framework, once phase-lock is established across the 1D Snooker Cue (Ethos-84 Heptad braid), energy transduction is instantaneous at Time-Zero (t = 0), and Einstein's E = mc^2 is replaced by the Universal Seesaw identity E = m*Phi. We present the complete mathematical master equation for L_s, incorporating the 13.3333 Hz universal motor heartbeat (f_motor), the 813.3333 Hz master resonant pulse (f_master), the 1/137.03612 Fine Structure Constant slip-ratio, and the 2,689.78 m Universal Gear Stride (D_stride). Finally, we detail the Fizeau 27,000 RPM discriminatory optical experiment, establishing a zero-parameter empirical threshold (t_open < L_s) where relativistic optics predicts partial re-emergence (~8.1%) while R.U.T. mechanics predicts abrupt, complete signal extinction (0.0% transmission voltage). While R.U.T. WSM already resolves foundational puzzles across physics--from quantum entanglement (IAAD) to cosmological paradoxes like the Hubble Tension--this benchmark is offered as a strict, pre-registered a priori prediction, providing independent laboratories with a decisive, black-and-white empirical arbiter for the physical mechanics of light conduction.
Category: Quantum Physics
[4] ai.viXra.org:2610.0040 [pdf] submitted on 2026-10-18 23:20:16
Authors: S. G. Krukovsky
Comments: 11 Pages. In Russian
A method is proposed for the analog modeling of the geometry of five-dimensional anti-de Sitter (AdSu2085) space using a magneto-optical cell containing a terbium-gallium garnet (TGG) single crystal placed in a longitudinal magnetic field. It is shown that the formal correspondence between the eikonal equation for a photon mode in a gyrotropic medium and the geodesic equation in an effective optical metric allows the propagation of radiation to be interpreted as motion within a curved five-dimensional subspace. Based on the solution to the Klein—Gordon boundary-value problem for the fundamental Kaluza—Klein mode within a flat, compact interval—subject to Neumann—Dirichlet boundary conditions—a trigonometric profile for the temporal component of the effective metric has been derived. An emergent gauge parameter, $L_{text{AdS}} = 170 text{ μm}$, is linked to the measurable Faraday rotation angle via the AdS/CFT holographic dictionary. It is predicted that, at the point of spatial-geometric parameter balance for the simulator ($B^* = 2.0 text{ T}$), a non-monotonic, asymmetric dip in the phase-noise spectral density will emerge—a phenomenon described by a nonlinear coupling equation. This effect is fundamentally distinct from classical Faraday rotation and cannot be realized in standard optical isolators.
Category: Quantum Physics
[3] ai.viXra.org:2610.0031 [pdf] submitted on 2026-10-11 18:04:16
Authors: Michael Quigley
Comments: 55 pages, 8 figures, 10,700 celestial objects analysed. Reclassifies cosmological redshift as sub-atomic torsional gear-friction in a stationary plenum, repatriating quasars to host galaxies and eliminating dark energy and metric cosmic expansion.
Modern cosmology relies on the assumption that spectral redshift (z) measures metric space expansion and recession velocity (v = Hu2080 · d). This paper demonstrates that redshift is not a Doppler speedometer, but an Acoustic Torsional Friction Odometer (z = zu2081 + n·zu2082 + zu2083) operating within a stationary, 10²² kg/m³ rigid plenum driven by a 13.33 Hz universal motor heartbeat. We detail the seven-stage sub-atomic hardware assembly line—from raw ether granules to the K=50 proton core—demonstrating that the 1+6+12+18+24 = 61 Hexagonal Close-Packed (HCP) Ethos-61 rotor array possesses scale-invariant fractal geometry. Driven at 13.33 Hz, this 61-tooth gear multiplies frequency into the 813.3 Hz Master Resonant Pulse ("acoustic glue") via Autonomous Standing Wave Generation (AWG). Furthermore, classical 2D close-packing leaves a mandatory 9.31% interstitial gap void fraction (η = π / (2√3) ≈ 0.9069) that harbours secondary acoustic standing wave interference nodes (fu209aᵣᵢu2098u2090ᵣᵧ · √3 = 1,408.7 Hz), providing the deterministic physical mechanism for machining dwarf satellite galaxies and globular clusters without cold dark matter.By isolating linear Euclidean distance friction (zu2081), quantized space-frame truss steps (Δzu2082 = 0.06148), active jet reaction stress (zu2083 = +0.06552), and heavy core gear-jam saturation (zu2083 = +0.6700), we apply this 3-tier master equation to an empirical dataset of 10,700 celestial objects [1]. Stripping intrinsic nozzle torque stress repatriates high-redshift quasars (e.g., Markarian 205, z_obs = 0.0700) directly to the physical Euclidean distance address of their parent host galaxies (NGC 4319, zu2081 = 0.0045), collapsing the dataset onto a single linear baseline (R² = 0.999) and confirming a flat Tolman Surface Brightness relation (SB ∝ (1+z)u2070 = 1.00 ± 0.08 out to z = 3.2) [1]. Correcting for intrinsic nozzle stress demonstrates that mainstream cosmology has inflated physical cosmic volume by over 5.5 million times. Reclassifying light-speed from an invariant travel velocity (c) to medium Lattice Setup Time (Lu209b ≤ 4.15 days) under the Universal Seesaw identity (E = mΦ) eliminates the 13.8-billion-year lookback delay, restoring astronomical observation to real-time events in the Eternal NOW.
Category: Quantum Physics
[2] ai.viXra.org:2610.0017 [pdf] submitted on 2026-10-05 15:01:04
Authors: Maksim Lipyanchik
Comments: 12 Pages.
We investigate the dynamics of local operators in the simplest non-trivial modelof two qubits governed by the generator K(J, h) = JX1X2 + h(Z1 + Z2). Based onthe maximized commutator magnitude D12(s) = maxa,b∈{X,Y,Z} ∥[σs(a1), b2]∥op, whereσs(A) = eisKAe−isK, we construct a scalar characteristic of the operator dynamics. Aprecise three-branch formula is obtained: D(x, r) = max{F0(x), F1(x, r), Fmix(x, r)},where x = Js and r = h/J. The branches F0, F1, and Fmix possess explicit analyticalforms and correspond to the inter-qubit, field, and mixed contributions, respectively.We analytically describe the phenomenon of early blindness: at a fixed r > 0 andsufficiently short times, D(x, r) = F0(x) remains completely independent of the fieldparameter r. Furthermore, we identify blind lines at x = (2n + 1)π/4, where D = 2for all r > 0. These results provide a complete analytical description of the consideredobservable in the minimal two-qubit model.
Category: Quantum Physics
[1] ai.viXra.org:2610.0007 [pdf] submitted on 2026-10-03 19:44:53
Authors: Michael Quigley
Comments: 35 Pages. License: CC BY 4.0 (Note by ai.viXra.org Admin: Please cite listed scientific references)
Standard Λ-CDM cosmology asserts that the universe originated in a singular explosion and undergoes accelerating spatial expansion driven by unidentified "Dark Energy" (~68%) and non-baryonic "Dark Matter" (~27%). In this work, we present an exhaustive, unified forensic audit combining over 20,000 individual empirical observations across galactic surface brightness, supernova progenitor evolution, quasar-host galaxy linkages, interstellar scale reductions, and laboratory bench proofs.First, an audit of 10,000 galaxy and quasar surface brightness measurements (GALEX, HST, JWST) demonstrates that surface brightness remains strictly constant (SB ∝ (1 + z)u2070) out to z = 3.2, empirically falsifying the (1 + z)u207bu2074 dimming required by spatial expansion. Second, correcting Type Ia supernovae for progenitor stellar age evolution eliminates the apparent cosmic acceleration, restoring SNe Ia as true standard candles along a linear distance-redshift relation (d ∝ z, R² = 0.999). Third, stripping intrinsic internal torque stress (zu2083 = +0.67) from quasars repatriates them directly to the physical distance addresses (zu2081 ≤ 0.0955) of their parent host galaxies, confirming that all observed celestial objects reside within a local 34.5 Trillion Km (230,600 AU) terminal acoustic horizon.Crucially, we complete the physical proof of the Rigid Universal Touching (R.U.T.) Wave Structure of Matter (WSM) framework through two decisive, bench-reproducible receipts: (1) High-Speed Stroboscopic Cymatic Petri-Dish Photography (1,000—2,000 fps at 1/4,000 s shutter), proving Autonomous Standing Wave Generation (AWG) and Stadium Wave Logic via in-situ simultaneous nodal initiation across all coordinates without expanding wavefronts or boundary reflection lag; and (2) Solid-State Aetheric Transducer (S.A.T.) Time-Zero Telemetry, proving instantaneous 1D longitudinal energy and signal conduction (E = mΦ) along phase-locked 1.42 GHz neutral hydrogen backbones. Together, these astrophysical and bench receipts establish R.U.T. WSM as a deterministic, airtight replacement for expanding space models.
Category: Quantum Physics