From Primordial Void to Subsequential Void: A Theoretical Framework for the Emergence and Ultimate Fate of Universes

This paper proposes a novel framework to understand the lifecycle of universes, extending the concepts of quantum mechanics, thermodynamics, and cosmology. The theory explores the transition from the Primordial Void (PV)—an absolute absence of space, time, matter, and energy—through quantum fluctuations, leading to the formation of universes. These universes expand and evolve over time, eventually decaying into a state of maximum entropy, termed the Subsequential Void (SV). Between these two extremes lies the Transitional Void (TV), a brief and infinitesimally small time-scale where fluctuations occur and universes are born. The progression from PV to SV represents the fundamental cycle of creation, evolution, and decay in the most abstract, fundamental sense. This theory challenges conventional understandings of cosmology, offering a deeper and broader perspective on the nature of existence.