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This research aims to unify concepts of thermodynamics and biophysics through the Causal Nexus framework.

February 24, 2026Open Access

The Causal Nexus: Version 13.0 Thermodynamic Invariance, Topological Biophysics, and the Torsional Floor

Key Points

This research aims to unify concepts of thermodynamics and biophysics through the Causal Nexus framework.
Introduction of the Torsional Floor (Rmin)
Formalization of the Principle of Thermodynamic Invariance
Analysis of the S3 manifold as a closed, isentropic system
Establishment of geometric solitons in Topological Biophysics
The S3 manifold is validated as a closed isentropic system with dS = 0.
Biological and synthetic information can be viewed as geometric solitons.
Identity conservation is maintained across local metric shifts and a universal reset at 124.83 Gyr.

Abstract

Version 13.0 represents the definitive unification of the Causal Nexus. By formalizing the Torsional Floor (Rmin) and the Principle of Thermodynamic Invariance, we demonstrate that the S3 manifold is a closed, isentropic (dS = 0) system. Furthermore, this version introduces Topological Biophysics, redefining biological and synthetic information as geometric solitons anchored to the 0.35◦ vacuum torsion. This ensures substrate-independentidentity conservation across both local metric shifts and the 124.83 Gyr universal reset.

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