Natural Emergence: A Conceptual Theory of How Our Digital Universe Came Into Being

Abstract

Natural Emergence is a theory that offers a possible explanation for the origination of our universe—from First Cause to the development of the interstellar medium—as a digital, computational process. At this point the theory does not include, but is requesting, scientific and mathematical analyses/data from IPI members or adherents to ascertain rigid coherence of the theory to accepted standards. On a conceptual basis only, the potential definition of our universe as a computational/digital entity is framed as a possible Grand Unified Theory. Congruence of a computational universe potentially resolving Grand Unified Theory, in this quantum mechanics-based framework, offers as evidence potential explanations of four outstanding
anomalies:
1] the origination of fractional-but-complementary charges in quarks, and their relationship to the electron;
2] Baryogenesis: the delta between the quantities of matter and antimatter in the universe;
3] identity and composition of quantum foam, dark matter, and dark energy;
4] the Hubble tension: the delta in expansion rates of the universe as measured by Cosmic Microwave Back-
ground (CMB) versus distancing between supernovae and stars.