Unified Time Scale and Time Geometry:\\ Equivalence, Domains, and Solvable Models of Spectral--Scattering--Causal--Entropy

Fuente: Zenodo
Gespeichert in:
Bibliographische Detailangaben
Hauptverfasser: Ma, Haobo, Zhang, Wenlin
Format: Recurso digital
Veröffentlicht: Zenodo 2025
Schlagworte:
Online-Zugang:
Tags: Tag hinzufügen
Keine Tags, Fügen Sie den ersten Tag hinzu!
_version_ 1866901304000905216
author Ma, Haobo
Zhang, Wenlin
author_facet Ma, Haobo
Zhang, Wenlin
contents We propose and rigorously characterize a ``unified time scale'' framework, aligning phase gradient readings, relative state density, and trace of Wigner--Smith group delay within strict scattering theory domain, thus defining time scale as monotonic reparametrization of a class of spectral--scattering invariants. The identity $ \ \frac{\varphi'(\omega){\pi}=\rho_{rel}(\omega)=1{2\pi}TrQ(\omega)\ },\qquad Q(\omega)=-\,i\,S(\omega)^\dagger\partial_\omega S(\omega),\quad \varphi=1{2}\arg\det S holds within energy windows satisfying elastic--unitary scattering and Birman--Kreĭn assumptions; for absorptive/non-unitary and long-range potential cases, we propose verifiable generalizations: introducing complex time delay, dwell time, and phase renormalization, using Poisson--convolution to give existence and affine uniqueness of windowed clocks. Paper further constructs model-based proof of eikonal phase derivative = geometric Shapiro delay in general relativity end (Schwarzschild exterior scalar wave, high-frequency/high-angular-momentum limit), expresses redshift as phase rhythm ratio in cosmological end, and states ``entropy extremality \to$ geometric equations'' as conditional proposition in information--holography end with relative entropy monotonicity and QNEC as core assumptions. Entire text emphasizes domain of equivalence relations and solvable examples, giving engineering-realizable multi-frequency group delay metrology and lensing delay inversion schemes.
format Recurso digital
id zenodo_https___doi_org_10_5281_zenodo_17691848
institution Zenodo
language
publishDate 2025
publisher Zenodo
record_format zenodo
spellingShingle Unified Time Scale and Time Geometry:\\ Equivalence, Domains, and Solvable Models of Spectral--Scattering--Causal--Entropy
Ma, Haobo
Zhang, Wenlin
Unified Time Scale
Generalized Entropy
Quantum Scattering
General Relativity
Boundary Time Geometry
Causal Structure
Information Theory
Wigner-Smith Time Delay
Modular Flow
QNEC
Spectral Shift Function
Time Geometry
We propose and rigorously characterize a ``unified time scale'' framework, aligning phase gradient readings, relative state density, and trace of Wigner--Smith group delay within strict scattering theory domain, thus defining time scale as monotonic reparametrization of a class of spectral--scattering invariants. The identity $ \ \frac{\varphi'(\omega){\pi}=\rho_{rel}(\omega)=1{2\pi}TrQ(\omega)\ },\qquad Q(\omega)=-\,i\,S(\omega)^\dagger\partial_\omega S(\omega),\quad \varphi=1{2}\arg\det S holds within energy windows satisfying elastic--unitary scattering and Birman--Kreĭn assumptions; for absorptive/non-unitary and long-range potential cases, we propose verifiable generalizations: introducing complex time delay, dwell time, and phase renormalization, using Poisson--convolution to give existence and affine uniqueness of windowed clocks. Paper further constructs model-based proof of eikonal phase derivative = geometric Shapiro delay in general relativity end (Schwarzschild exterior scalar wave, high-frequency/high-angular-momentum limit), expresses redshift as phase rhythm ratio in cosmological end, and states ``entropy extremality \to$ geometric equations'' as conditional proposition in information--holography end with relative entropy monotonicity and QNEC as core assumptions. Entire text emphasizes domain of equivalence relations and solvable examples, giving engineering-realizable multi-frequency group delay metrology and lensing delay inversion schemes.
title Unified Time Scale and Time Geometry:\\ Equivalence, Domains, and Solvable Models of Spectral--Scattering--Causal--Entropy
topic Unified Time Scale
Generalized Entropy
Quantum Scattering
General Relativity
Boundary Time Geometry
Causal Structure
Information Theory
Wigner-Smith Time Delay
Modular Flow
QNEC
Spectral Shift Function
Time Geometry
url https://doi.org/10.5281/zenodo.17691848