Resilient Thermodynamic Elastic Boundary Theory and Bulk Cavitation Dynamics

The Resilient Thermodynamic Elastic Boundary Theory (RTEBT) introduces a novel framework that abandons the traditional rigid cosmic grid by incorporating an extrinsic curvature term ($K$) and surface tension ($\\sigma$) into standard spacetime mathematics. This approach unifies the macroscopic expansion of dark energy with the localized attractive mechanics of gravity and dark matter, framing reality as a resilient structure of pressurized information spheres. Core mechanisms detailed in this work include Grid Multiplication, where quantized space metabolizes ambient entropy under vacuum pressure ($\\Lambda$) to heal geometric fractures, alongside elastic boundary formulations that explain strong nuclear binding, color confinement, and harmonic node interactions within quantum systems.