This monograph explores the foundational kinematics and underlying physical mechanics of quantum theory. By prioritizing a quantum-mechanical framework, the text provides a novel perspective on General Relativity, offering a rigorous re-examination of time and the equivalence principle.
Central to this analysis is a detailed investigation of vacuum energy and the structural origins of quantum fluctuations. The manuscript systematically addresses key foundational problems, including the spatial dimensionality of quantum events, the operational mechanisms behind superposition and bipartite entanglement, and the viability of strictly local realist frameworks.
Applying the equivalence principle, the work concludes with a comprehensive analytical treatment of time dilation and mass transformations under the combined influences of kinematic velocity and gravitational potential.
“This book is a must-read for all who seek a fundamental understanding of physics and of the Universe. It offers a stunning insight into the mysteries of quantum physics, presenting a quantum view that also encompasses relativity.” — Trond Erik Hillestad, Editor of Astronomi (1998-2020)
