The Universe as a Non-Equilibrium Information Processing System.

Cosmological Dynamics from Information Geometry. We present a statistical–geometric framework in which cosmological dynamics emerge from the non-equilibrium evolution of a constrained informational manifold. The physically accessible state space is modeled as a Fisher–Rao manifold subject to global coherence bounds imposed by causality and finite signal propagation. Within this setting, the cosmological constant arises as an effective curvature scale associated with the asymptotic coherence radius of the universe, yielding in quantitative agreement with observations.