Mitsuhiro Kobayashi

Lorentz-Covariant Completion of the Enchan Field and Earth Weak-Field Validation

Lorentz-Covariant Completion of the Enchan Field and Earth Weak-Field Validation This work investigates whether the Enchan Field—a finite-tension geometric order field S with a proposed weak-field effective metric—can be embedded consistently in a Lorentz-covariant spacetime desc...

Lorentz-Covariant Completion of the Enchan Field and Earth Weak-Field Validation

Lorentz-Covariant Completion of the Enchan Field and Earth Weak-Field Validation This work investigates whether the Enchan Field—a finite-tension geometric order field S with a proposed weak-field effective metric—can be embedded consistently in a Lorentz-covariant spacetime desc...

Temporal Redistribution and Flux Conservation in the Enchan Field: From Finite-Tension Phase Balance to Galactic Rotation

Temporal Redistribution and Flux Conservation in the Enchan Field: From Finite-Tension Phase Balance to Galactic Rotation This work investigates temporal redistribution and flux conservation in the Enchan Field, a nonlinear finite-tension geometric field framework in which the or...

A Three-Regime Consistency Test of the Enchan Field: CDM-like CMB Persistence, Galactic Low-Acceleration Enhancement, and Solar-System Newtonian Recovery

This record contains the manuscript and complete reproducibility package for “A Three-Regime Consistency Test of the Enchan Field: CDM-like CMB Persistence, Galactic Low-Acceleration Enhancement, and Solar-System Newtonian Recovery.” The study tests whether the Enchan Field can c...

Recovery of Double-Pendulum Chaos from a Screened Enchan Field--Matter Model

Recovery of Double-Pendulum Chaos from a Screened Enchan Field–Matter Model Without System-Specific Equations of Motion This work investigates whether the previously proposed Enchan Field can recover ordinary Newtonian constrained dynamics in its strongly screened terrestrial lim...