Infinite Mass Shuffling (IMS) Model; A Relational Framework of Mass, Gravity, Motion and Emergent Time; A Unified Wave Theory

Abstract—This paper presents the Infinite Mass Shuffling (IMS) Model, a conceptual framework that redefines the foundational hierarchy of space, mass, motion, and time. Departing from the substantialist view of spacetime popularized by Newtonian mechanics and Einstein’s General Relativity, the IMS model postulates that space is absolute nothingness—a void completely devoid of physical properties. Within this void, physical matter and energy fields exist natively. We propose that mass and motion are the primary reality of the cosmos, while time is not a property or dimension, but a dynamic derivative of relative motion. Furthermore, the model asserts that gravitational field densities physically impede motion, causing a localized slowing of the speed of light (c) and atomic processes. Crucially, black holes are reframed not as spacetime breakdown points, but as scale-invariant kinetic engines. An entire regional universe—or "Big Bounce"—is modeled as the outward mechanical rebound of an ultra-scale supermassive black hole engine that has crossed its critical Planck mass density limit. By mapping the interior architecture of this engine, we demonstrate that unpulverized matter within its stratified transit zone survives the explosion, entering our era as observable cosmological relics. This mechanism naturally resolves the "Impossible Early Galaxy" paradox discovered by the James Webb Space Telescope (JWST), explains primordial supermassive black hole seeds, and predicts the exact spatial vector pointing to our local Big Bounce epicenter through anisotropic galactic drift velocity gradients. Consequently, the dynamic re-energization and redistribution of elements render biological emergence a stochastic thermodynamic certainty across an infinite, stable universe.