Due to its statistical nature, the Standard Model runs into fundamental limitations: it denies the objectivity of a particle’s location and velocity at the same time, is unable to provide three-dimensional visualization of the inner structures of particles and their three-dimensional spacetime dynamics, and cannot describe and visualize the process of decay and the formation of new inner structures.
It is shown here that Statistical Quantum Mechanics (SQM) and Ontological Quantum Mechanics (OQM) are two branches of the overall quantum theory, where OQM is the principal and deeper branch.
The ontological branch of quantum theory overcomes the limitations of the statistical branch with elegancy, intuition, and basic mathematical formalism.
OQM has opened the floodgate of ontological quantum physics far beyond the Standard Model, bringing back intuition and dramatic simplification of mathematical formalism at least on the initial stage of its development. It leads to fundamental scientific discoveries at every turn in particle physics.
OQM represents an initial effort at the explanation of causality in quantum processes and particle-particle interactions.
OQM has expanded our fundamental understanding of quantum reality by including two new fundamental categories, the aphysical matter and the universal elementary consciousness. It offers three-dimensional inner structure design with perfect geometry for each class of elementary particles, provides visualization of individual particle dynamics in spacetime, describes the process of decay and the formation of new inner structures. It explains the origin of self-mass and explains the fundamental role of spin as the generator of self-mass for each class of elementary particles. It solves all known quantum enigmas, including the collapse of the wavefunction, the double-slit experiment, and the non-radiating orbiting electron. It provides an ontological explanation for the anomaly in the electron magnetic moment. Quantum mechanics is no longer enigmatic.