Information Pressure Bubble Theory

This paper introduces the BPI (Bulk-Pressure-Information) Model, a theoretical framework that proposes a fundamental paradigm shift in modern cosmology: replacing the classical concept of mass with structural information density. By treating space-time as a dynamic, holographic computational interface, the model redefines the observable universe as a condensed region—a "Bubble"—immersed within an infinite, a-causal energy matrix known as the Bulk. Within this architecture, the gravitational anomalies traditionally attributed to invisible dark matter are naturally resolved as emergent entropic forces generated by spatial gradients of information. Furthermore, the accelerated expansion of the cosmos is explained not by an arbitrary cosmological constant, but by the osmotic pressure exerted by the Bulk itself. By integrating holographic thermodynamics with the principle of syntropy, the BPI Model offers a cohesive architecture where gravity is an emergent phenomenon, eliminating the need for undetectable exotic particles and providing a unified, deterministic vision of cosmic evolution.