Rupture Cosmology V2

Abstract

Abstract (Expanded, Formal Hybrid) Rupture Cosmology proposes that the universe originated from a confined, high‑pressure pre‑existence state that underwent a localized boundary instability. A microscopic rupture formed, initiating discrete energy leakage followed by a critical widening that produced a large‑scale directional release. This event generated spacetime, drove anisotropic expansion, and established non‑uniform initial conditions. The model replaces the singularity and uniform inflation with a mechanical pressure‑release mechanism. Mathematical expressions for rupture formation, energy flux, pressure equalization, anisotropic metric evolution, and cooling gradients are presented. The theory predicts directional anisotropies in the cosmic microwave background, non‑Gaussian early fluctuations, entropy gradients in large‑scale structure, and slight deviations from isotropic expansion. Rupture Cosmology provides a coherent alternative origin model grounded in metastability, boundary failure, and uneven cooling.