Based on the theoretical observations and extensive work done, we conclude that the cosmos originated from an infinite body of mass that transcends our understanding of space and time. This primordial state is not confined to any specific region or volume but is everywhere and everything, a singular infinite reality containing all possibilities within its limitless being.
The forces responsible for the formation and balance of the cosmos are dark energy and gravity. The balance and interaction of these forces can be expressed through the following formulas:
To unify the force and formation dynamics under a single equilibrium parameter, we define the cosmic balance factor Ω, representing the interplay between dark energy and gravity across cosmic evolution:
Likewise
This unified formula encapsulates the cosmic balance throughout the universe's evolution. When Ω = 1, the universe is in perfect equilibrium. Values of Ω > 1 indicate a universe dominated by dark energy, while Ω < 1 suggests a gravity-dominated universe. The maximum value of Ω is 2, representing the theoretical limit of dark energy dominance.
At the primordial mass state, it has been determined that n=2, thereby allowing the cosmogenesis theory to reach a stage where the fundamental inquiry that initiated this dissertation can be addressed. Specifically, the questions concerning time—whether it has a beginning and an end—and what governs the stability of the cosmos.
According to our model, the differentiation of the cosmos begins and signifies the beginning of time at n+1, and the integration of the cosmos finishes and signifies the end of time at n-1. Meaning each stage has the begining and end of time because dark matter and baryonic matter do not interact directly.
Ultimately:
Ultimately:
The total Time:
This final equation, T = 4n2 + 4, represents the total time encompassing both the differentiation and integration phases of the cosmos in all stages, providing a comprehensive view of time within the framework of the Cosmogenesis Theory.