What question did this study set out to answer?

The aim is to present a framework for understanding spacetime geometry with finite response time and delayed relaxation effects.

February 8, 20260 citationsOpen Access

Finite-Relaxation Geometry (FRG) 2.0

PZPavlo Zabrodin

Key Points

The aim is to present a framework for understanding spacetime geometry with finite response time and delayed relaxation effects.
Introduces finite-relaxation geometry as a theoretical framework.
Explores implications of delayed geometric relaxation on spacetime.
Maintains compliance with Einstein field equations while providing new interpretations.
Demonstrates the role of geometric memory and non-equilibrium curvature in physical phenomena.
Unifies the understanding of inertia, gravitation, and galactic halo effects without altering gravity.

Abstract

Finite-Relaxation Geometry (FRG) is an effective interpretational framework that treats spacetime geometry as a physical system with finite response time. While preserving the Einstein field equations, FRG explores the consequences of delayed geometric relaxation, leading to geometric memory and non-equilibrium curvature. This perspective provides a unified interpretation of inertia, gravitation, galactic halo phenomena, and the arrow of time without introducing new particles or modifying gravity. FRG is conservative, empirically constrained, and intended as a pred-theoretical framework guiding further investigation. daleomel.dante@gmail.com

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