Beyond the bigbang: The theory of Singularity Displacement

This paper proposes a novel framework — the Theory of Singularity Displacement — which explores a pre-Big Bang cosmological model grounded in quantum vacuum instability and void energy dynamics. The central hypothesis suggests that the initial Big Bang singularity was not the origin of everything, but rather the result of a quantum displacement from a positive energy void into a negative energy void, triggered by vacuum fluctuation thresholds. This displacement initiates a cascade of cosmological events that explain the onset of cosmic inflation, the arrow of time, and the emergence of dark energy.The theory introduces a new mathematical framework including Singularity Displacement Equations, Inter-Dividend Boundary Conditions, and a Void Energy Model, offering testable predictions about the Cosmic Microwave Background (CMB) anisotropies, entropy gradients, and gravitational wave origins. By uniting elements from classical general relativity, quantum field theory, and thermodynamic principles, this work aspires to provide a bridge toward a more unified understanding of cosmic origins and contribute to the pursuit of a broader Theory of Everything.