The Thermodynamic End of Demographic-Driven Assets and the Phase Collapse of Modern Financial Credit: A Full Integral Approach under Liquid Inner Core Dynamics

This paper investigates the structural integrity of modern financial credit systems, specif-ically real estate and investment bank leverage, through the lens of the Liquid Inner Coreand Gravitational Compensation models. By applying the Full Integral protocol ( V dV ),we mathematically demonstrate that demographic-driven physical assets function as a low-bandwidth "crust" prone to thermodynamic phase collapse. Furthermore, we prove thatunder the g=−Buoyancy theorem, high-leverage credit mechanisms exhibit a systemichysteresis loop, inevitably resulting in asset annihilation when the Tangential Force exceedsthe Energy Escape Constant (K escape).