An Entropy-Driven Cosmological Framework
A Speculative Model with Testable Predictions

Abstract

The Block Entropic Information Pressure Engine (BEIPE), a unified theory of physics driven by the simplicity of entropic descent across a 4D toroidal manifold, replacing time with geometric progression. From two elements---information and translation---BEIPE derives information theory, quantum mechanics, gravity, and cosmology as emergent properties of a single geometric framework, eliminating infinities, dark energy, and statistical uncertainty. Quantum correlations emerge from streak modulation, yielding Tsirelson’s bound (\( 2\sqrt{2} \)); gravity manifests as entropic grooving, matching lensing (1.75 arcsec, 1919 eclipse); and baryon acoustic oscillations (147 Mpc) arise as vent imprints, not pressure waves. Matching Planck 2018 CMB, Union 2.1 redshift, and large-scale structure, BEIPE offers testable predictions: low-multipole CMB spikes (\( l < 30 \)) and flap-frequency shifts for CMB Stage-4 and JWST. This deterministic, entropy-driven model unifies subatomic and cosmic scales with elegant simplicity.