Omniom Vacuum Framework: Unifying Vacuum States from Pre-Big Bang to Dark Energy

The concept of vacuum has undergone profound evolution in physics and cosmology, transitioning from ancient philosophical interpretations to contemporary scientific understandings. This article delves into the nature and essence of the vacuum, focusing on three key stages: the pre-Big Bang vacuum, referred to as “Omniom”, the Big Bang vacuum (quantum vacuum) with its extremely high density, and the dark energy vacuum, which represents an expansive phase of the Omniom vacuum, with slightly less density. For the first time, we delve into the fundamental composition of the void itself, introducing the concept of the Omnicle—a particle without spin, resembling a massless, timeless entity akin to a soap bubble. The Omnicle, as the building block of the pre-Big Bang vacuum, embodies infinite potential and provides a framework for understanding the origin of the universe’s structure and energy. The article distinguishes between these three types of vacuums. In the Omniom vacuum, there is no movement or energy—it is a state of perfect stillness and potential. The quantum vacuum, by contrast, is filled with fluctuations of electromagnetic waves, radiation, and virtual particles. Finally, the dark energy vacuum resembles the Omniom vacuum in its structure, but unlike the static nature of the Omniom, the dark energy vacuum is dynamic, fuelling the accelerated expansion of the universe. This study offers a fresh perspective on how the vacuum is not merely an empty void but a complex entity that plays a crucial role in the fabric of space-time. By distinguishing between the Omniom vacuum, the quantum vacuum, and the dark energy vacuum, the article explores how each contributes to the universe’s structure, expansion, and evolution. Understanding these distinctions provides new insights into the unification of forces and the ultimate fate of the universe, bridging early metaphysical interpretations with contemporary scientific models.