The Theory of Everything: The Quenched Universe

This article presents a conceptual model of the Universe based on the view of it as a unified fractal wave field. The author proposes abandoning the standard model of the atom in favor of a soliton-based interpretation, where fundamental structures of matter are viewed as self-contained wave packets. In this model, atoms are interpreted as resonant bodies formed through wave interference, and chemical bonds are viewed as processes of wave mode synchronization. The work substantiates the discreteness of the Universe through the law of eight octaves, suggesting that the Periodic Table of elements is a harmonic representation of the allowed states of looped waves. Special attention is given to the concept of the "solitonic vacuum": a space filled with fractally nested soliton pairs in anti-phase, which explains the energy balance of the vacuum. The article postulates that gravity and mass are secondary effects—a "phase glitch" or a disturbance in the ideal equilibrium of wave pairs. The author concludes that matter is not a collection of solid particles, but a dynamic process—a continuous "sounding" of wave modes sustained by the flow of energy across the scales of the Universe.