Unified Field Theory and the Topological Origin of Dark Energy Variation: Particle Stability and Entropy-Driven Compression Fields

doi:10.17605/OSF.IO/WQMCN

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We present a first-principles derivation of dark energy dynamics from the unified field framework of the Information-Causal Compression Field (ICCF) theory. By modeling vacuum compression fields as topological and entropic structures, we reinterpret dark energy as a dynamical phenomenon emerging from the interplay between compression tensor flow and entropy gradient divergence. Building upon prior work on particle stability, particularly the 41.2 GeV solitonic solution, we derive a causal field equation for λ(t), the time-dependent dark energy density, and establish its physical and geometric origin as an entropic residual of unstable compression modes. This theory provides a testable, falsifiable model for the slowing of cosmic acceleration and unifies massive and massless field behavior under a single compressive geometry.

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