Rupture Cosmology V3

Rupture Cosmology proposes that the universe originated from an already existing confined, high-pressure pre-GR condition, here termed wild energy, that underwent localized boundary failure. Version 2 formalized the origin process through rupture formation, early leakage, critical widening, pressure equalization, anisotropic expansion, and uneven cooling. This evolved framework preserves those foundations while extending the theory into a cyclic leakage model. Black holes are introduced as late-time pressure valves within the created universe, allowing contained energy to return gradually toward the outer wild-energy condition. A containment function C(t), leakage rate L(t), valve function V_i(t), and rupture threshold C_crit are defined to describe the long-term evolution of the system. The model predicts possible signatures in cosmic anisotropy, black-hole population drift, entropy gradients, non-Gaussian fluctuation structure, and apparent changes in expansion behaviour. Although speculative, the framework is expressed in falsifiable mechanical terms and is intended as a coherent foundation for future mathematical refinement, simulation, and observational comparison.