2025/10/31 by Rubenstein, Elias
#Causal Symmetry #Cosmology #Emergent Time #FOS: Physical sciences #Information Theory #Nonlinear Dynamics #Physical Sciences and Mathematics #Physics #Quantum Physics #Thermodynamics
paper · doi:10.17605/osf.io/ca7zu
This project investigates a causal-symmetric formulation of spacetime in which the flow of time emerges from finite informational coupling between cosmological boundary conditions. Building on an informational law for quantum dynamics, the framework introduces a scale-dependent conductivity parameter κ(a) that links microscopic irreversibility, entropy production, and cosmological expansion. The research unifies quantum informational principles with relativistic geometry through a covariant action, demonstrating how curvature and temporal flow arise from informational dynamics. The project aims to provide a testable informational model of time that connects cosmological observations with precision quantum experiments, establishing a new foundation for emergent spacetime physics.