Artian's Geometry Denies Source-Level Information Loss and Removes Hawking Radiation from the Bekenstein Constructor Set

A geometry-first derivation of horizon entropy without a Hawking constructor Version: 5.0 Concept DOI: 10.5281/zenodo.20346916 Author: Ali Attar Website: quantumtraction.org Main book: Quantum Traction Theory: Main Book v10.01 The source object is the completed-event face of the Unified Equilibrium Law. The horizon enters only after the event, its ruler, its surface quotient, and its modular record measure are fixed: \[ \boxed{ E_\ast=\rho_A^{(4)}\Delta V_A, \quad \Delta V_A=4\pi\ell_A^4, \quad \chi_g=1 \Longrightarrow Q_\Sigma=8\pi\ell_A^2 \Longrightarrow S_H^{\rm QTT}=k_B\frac{A}{4\ell_A^2} } \] Version 5.0 closes two named results. The A5-X Surface-Capacity Uniqueness Theorem reduces one completed four-cell through one Reality-spine thickness and one surface-normal thickness, obtaining the one-sided capacity \(4\pi\ell_A^2\). A regular orientable boundary has exactly two coorientations. A7 types them as the visible incidence and its same-universe hidden completion, so the completed carrier is additive: \[ \boxed{ Q_{\Sigma,+}=\frac{\Delta V_A}{\ell_A^2}=4\pi\ell_A^2, \qquad Q_\Sigma=Q_{\Sigma,+}+Q_{\Sigma,-}=8\pi\ell_A^2, \qquad Q_\Sigma^2=16\pi\Delta V_A } \] The Artian Horizon Entropy-Measure Theorem then uses the UEL modular-record normalization. One saturated A7 bundle carries \(Q^{\rm bundle}=2\pi\), hence exactly one natural unit of completed-record measure: \[ \boxed{ S_{\rm nat}^{\rm bundle}=\frac{Q^{\rm bundle}}{2\pi}=1, \qquad N_H=\frac{Q^{\rm bundle}A}{Q_\Sigma}=\frac{A}{4\ell_A^2}, \qquad S_H^{\rm QTT}=k_BN_H } \] No black-hole Euclidean period, vacuum pair creation, Hawking flux, fitted horizon degeneracy, or observed \(1/4\) coefficient is used to construct this chain. The Casimir-bundle and Bisognano-Wichmann/KMS routes provide an independent black-hole-free \(2\pi\) cross-pin. Only after the entropy is fixed does the A2/infrared first-law readout give \(T_{\rm eff}=\hbar\kappa_s/(2\pi k_Bc)\). \[ \boxed{ \frac{\partial S_H^{\rm QTT}} {\partial\{T_H^{\rm Hawking},\,\text{vacuum pair creation},\,\text{Hawking flux}\}} =0, \qquad U_{\rm BH}^{\dagger}U_{\rm BH}=I } \] Closed source results: SIGMA-A5X-SURFACE-CAPACITY-UNIQUENESS-CLOSED SIGMA-HORIZON-ENTROPY-MEASURE-ONE-NAT-CLOSED SIGMA-BEKENSTEIN-WITHOUT-HAWKING-CLOSED SIGMA-A7-BH-FINITE-LEDGER-UNITARY-CLOSED SIGMA-CASIMIR-BUNDLE-2PI-PIN-CLOSED Related source anchors: UEL modular-charge information face Three Readouts, One Surface Tile Artian entropy and Second-Law theorem A2 endurance to Einstein-field dynamics A5-X lexicon anchor Fourth-face visual explanation Included files: PDF paper, LaTeX source, fourth-face figure, 60-digit verification script and receipt, render audit, metadata, checksum manifest, and release ZIP.

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Publication Details

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Zenodo (CERN European Organization for Nuclear Research)
Published
2026-08-25
DOI
https://doi.org/10.5281/zenodo.22102201
Primary Topic
Black Holes and Theoretical Physics
Type
preprint
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preprint

Artian's Geometry Denies Source-Level Information Loss and Removes Hawking Radiation from the Bekenstein Constructor Set

Attar Ali
Zenodo (CERN European Organization for Nuclear Research)
Black Holes and Theoretical Physics
preprint

Artian's Geometry Denies Source-Level Information Loss and Removes Hawking Radiation from the Bekenstein Constructor Set

Attar Ali
preprint en

Abstract

A geometry-first derivation of horizon entropy without a Hawking constructor Version: 5.0 Concept DOI: 10.5281/zenodo.20346916 Author: Ali Attar Website: quantumtraction.org Main book: Quantum Traction Theory: Main Book v10.01 The source object is the completed-event face of the Unified Equilibrium Law. The horizon enters only after the event, its ruler, its surface quotient, and its modular record measure are fixed: \[ \boxed{ E_\ast=\rho_A^{(4)}\Delta V_A, \quad \Delta V_A=4\pi\ell_A^4, \quad \chi_g=1 \Longrightarrow Q_\Sigma=8\pi\ell_A^2 \Longrightarrow S_H^{\rm QTT}=k_B\frac{A}{4\ell_A^2} } \] Version 5.0 closes two named results. The A5-X Surface-Capacity Uniqueness Theorem reduces one completed four-cell through one Reality-spine thickness and one surface-normal thickness, obtaining the one-sided capacity \(4\pi\ell_A^2\). A regular orientable boundary has exactly two coorientations. A7 types them as the visible incidence and its same-universe hidden completion, so the completed carrier is additive: \[ \boxed{ Q_{\Sigma,+}=\frac{\Delta V_A}{\ell_A^2}=4\pi\ell_A^2, \qquad Q_\Sigma=Q_{\Sigma,+}+Q_{\Sigma,-}=8\pi\ell_A^2, \qquad Q_\Sigma^2=16\pi\Delta V_A } \] The Artian Horizon Entropy-Measure Theorem then uses the UEL modular-record normalization. One saturated A7 bundle carries \(Q^{\rm bundle}=2\pi\), hence exactly one natural unit of completed-record measure: \[ \boxed{ S_{\rm nat}^{\rm bundle}=\frac{Q^{\rm bundle}}{2\pi}=1, \qquad N_H=\frac{Q^{\rm bundle}A}{Q_\Sigma}=\frac{A}{4\ell_A^2}, \qquad S_H^{\rm QTT}=k_BN_H } \] No black-hole Euclidean period, vacuum pair creation, Hawking flux, fitted horizon degeneracy, or observed \(1/4\) coefficient is used to construct this chain. The Casimir-bundle and Bisognano-Wichmann/KMS routes provide an independent black-hole-free \(2\pi\) cross-pin. Only after the entropy is fixed does the A2/infrared first-law readout give \(T_{\rm eff}=\hbar\kappa_s/(2\pi k_Bc)\). \[ \boxed{ \frac{\partial S_H^{\rm QTT}} {\partial\{T_H^{\rm Hawking},\,\text{vacuum pair creation},\,\text{Hawking flux}\}} =0, \qquad U_{\rm BH}^{\dagger}U_{\rm BH}=I } \] Closed source results: SIGMA-A5X-SURFACE-CAPACITY-UNIQUENESS-CLOSED SIGMA-HORIZON-ENTROPY-MEASURE-ONE-NAT-CLOSED SIGMA-BEKENSTEIN-WITHOUT-HAWKING-CLOSED SIGMA-A7-BH-FINITE-LEDGER-UNITARY-CLOSED SIGMA-CASIMIR-BUNDLE-2PI-PIN-CLOSED Related source anchors: UEL modular-charge information face Three Readouts, One Surface Tile Artian entropy and Second-Law theorem A2 endurance to Einstein-field dynamics A5-X lexicon anchor Fourth-face visual explanation Included files: PDF paper, LaTeX source, fourth-face figure, 60-digit verification script and receipt, render audit, metadata, checksum manifest, and release ZIP.

Zenodo (CERN European Organization for Nuclear Research)
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Black Holes and Theoretical Physics
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