The Pre-Big Bang Universe and Informational Energy

This research explores the concept of Informational Energy as a fundamental force influencing the structure and evolution of the universe. Unlike traditional energy forms, Informational Energy governs the order and entropy of systems, playing a critical role in both cosmic and quantum phenomena. The study proposes that before the Big Bang, the universe was governed by an informational framework—where mass, entropy, and velocity determined the stability of systems— and that the subsequent collapse of this framework triggered the explosive expansion of the Big Bang. By integrating principles from thermodynamics, quantum mechanics, and gravitational physics, this work establishes a mathematical foundation for Informational Energy and its effect on particle interactions, wavefunction behavior, and black hole mechanics. Furthermore, the research examines how Informational Energy influences quantum coherence, wavefunction collapse, and particle decay, offering new insights into the emergence of order from high-entropy states.