Sangwha Yi

Real Pantheon+(N=1,701) Observational Test of Cosmological Special and General Relativity(CSTR/CGR):Full-Covariance MCMC, z-cut Bulk Flow Verification, and Statistical Model Selection as a Consistency Test

We present a rigorous real-data test of Cosmological Special Relativity(CSTR) and Cosmological General Relativity(CGR) versus Lambda CDM using Pantheon+SH0ES N=1,701 SNe Ia.

A Pantheon(N=1,701) Observational Test of Cosmological Special and General RelativityCSTR/CGR):Full-Covariance MCMC Analysis, a Redshift-Cut Test of the Anisotropy Signal, and Model Selection Against Lambda CDM

We confront this model with the real Pantheon+SH0ES Compilation(N=1,701 Type Ia supernovae), using the full 1,701×1,701 covariance matrix in a Markov Chain Monte Carlo(MCMC) fit.

Full Reusable Synthetic Observational Data Generation for Cosmological Special and General Relativity vs Lamda CDM:Python Code, Complete Data tables, and Deep Numerical Comparison-Which Predicts Better?

We present full reusable synthetic observational data generation for Cosmological Special Relativity(CSTR) and Cosmological General Relativity(CGR), versus Lamda CDM, with complete Python code and full data tables for reuse.

Experimental Tests and Verification of Gravitional Theory in Cosmological General Relativity:Post-Newton,Kerr-McVittie,Gravitational Waces, and Cosmological Perturbations

We propose comprehensive experimental tests.

Quantum Mechanics and Quantum Field Theory in Cosmological Special Theory of Relativity:Schrodinger,Klein-Gordon,Dirac,Second Quantization,Propagators and Cosmological Uncertainty Principles

We formulate quantum mechanics(QM) and quantum field theory(QFT) based on the Cosmological Special Theory of Relativity(CSTR).

Quantum Mechanics and Quantum Field Theory in Cosmological Special Theory of Relativity:Schrodinger,Klein-Gordon,Dirac,Second Quantization,Propagators and Cosmological Uncertainty Principles

We formulate quantum mechanics(QM) and quantum field theory(QFT) based on the Cosmological Special Theory of Relativity(CSTR).

Deep Analysis of Electromagnetic Wave Equations and Wave Function in Cosmological Special Theory of Relativity:From Maxwell Equation to Photon Wave Mechanics with Scale Factor

We present a deep analysis of electromagnetic wave propagation within the Cosmological Special Theory of Relativity(CSTR) defined by the modified Lorentz transformation are instantaneous physical coordinates and a(t_0) is the Robertson-Walker scale factor at observer epoch t_0.

Deep Analysis of Electromagnetic Wave Equations and Wave Function in Cosmological Special Theory of Relativity:From Maxwell Equation to Photon Wave Mechanics with Scale Factor

We present a deep analysis of electromagnetic wave propagation within the Cosmological Special Theory of Relativity(CSTR) defined by the modified Lorentz transformation are instantaneous physical coordinates and a(t_0) is the Robertson-Walker scale factor at observer epoch t_0.