‍The QUT ToE reveals the foundations of the forces of Gravity, Electromagnetism, the Strong Force and the Weak Force (revealing the answer to the Grand Unification Theory - GUT) as well as quantum charge, dark energy, dark matter, antimatter, entanglement, the transmutation of energy to matter, Standard Model bosons, the speed of light and the dichotomy of our dual and complementary Fermion and vacuum space energy-based universes.

This Quantum Unification Theory (QUT) Theory of Everything (ToE) establishes a quantum and cosmologic geospatial mechanical architecture that builds on and is compatible with existing and established understandings of Newtonian and Quantum Mechanics physics. The QUT complements existing mathematical theory, focused on describing outcomes, by suggesting a credible expansion to the underlying architecture driving these mathematical outcomes.   This QUT architecture provides a multitude of intuitive perspectives and concepts supported by logic and mathematical foundations that address many outstanding questions in physics. 

This Quantum Unification Theory (QUT) attempts to bridge the gap between Quantum Mechanics’ mathematical modeling of observed phenomenon and a physical understanding of the geospatial mechanical architecture that comprises the universe and how it operates.  It introduces a paradigm shift and intuitive theoretical physical model that correlates novel original thought to existing scientific knowledge in order to provide candidate answers to key theoretical questions and pose a plausible unifying view of and meaning to quantum physics as well as comprising the following interdependent sub-theories as well as their corresponding semi-classical approximations. 

In a Cause-Effect paradigm where modern day physics focuses on mathematical modeling to explain the Effects we observer, the QUT explains the Causal nature of the universe. By so doing, the underlying dynamics of the effects are revealed.

The QUT ToE has now been validated against/with the Gravitational Constant, Coulomb’s Constant, the Fine Structure Constant, the Strong Coupling Constant and the Einstein Field Equation including with QUT ToE-based derivations for the latter three constants.