Puma Tse

Quantum Relativity Puma Tse

Quantum Relativity constructs an architecture from the established perspectives of physics. Work depends on change functions defined in detail. The relationships of constants are used to show how spacetimes are valued, and change gives direction to shape interaction. The interactive fields provide a morphology system creating and evolving matter through degeneracy to singularity. Singularity is a primordial concept of perfect order, requiring a proportional distribution of disorder. The distribution field is a bubble of expanding space conserved by transforming into time that dilates back to the singularity. This explains how Einstein's static universe appears to exponentially expand. This quantum universe consists of a degenerate number of interacting bubbles. Each has its own series of evolving big bangs, ending when local disorder can no longer stop the singularity from enfolding out of existence. This is all done by re-examining exactly what variables are actually doing and putting observations first. Instead of throwing out working theories, Quantum Relativity finds where and how they fit together applying all the rules all the time.