By John Chang
Abstract:
This paper proposes a Unified Evolution Equation of the form dM/dt = ⋅∇M +⋅I(E,S,C) + ⋅Q(x) to model the evolution of the universe driven by dynamic dark energy. The equation integrates information gradients, energy-structure interactions, and quantum-level perturbations to describe self-organizing phenomena in cosmology. Unlike the ΛCDM model, which assumes a constant dark energy density, this formulation introduces time-variant behavior through the term Q(x), aligning with recent observational evidence from DESI and Planck. The model offers a novel interdisciplinary perspective that connects cosmic expansion, structural formation, and informational dynamics. Further investigation is needed to assess its predictive power and its applicability in a general theory of the universe.
Keywords: dark energy, information theory, cosmic evolution, self-organization
DOI：10.5281/zenodo.15702146
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