Ontology of Quantum Gravity

Abstract

A theory of Quantum Gravity based on Primordial Field Theory is applied to a fundamental particle, the neutron. The result is compared to the current quantum description of the neutron bouncing in a gravitational field. Our quantum gravity theory yields results in agreement with the Q-bounce experimental data, but ontologically different from quantum mechanics. The differences are summarized and imply that this experiment on a fundamental particle has the potential to radically alter the ontology of field theory.

Meissner Exclusion of Gravito-Magnetic Energy from a Momentum-Space Crystal

“…The Meissner effect is a quantum gravity effect in primordial field theory, derived from Equation (1). This topic is explored in reference [7], "The Ontology of Quantum Gravity", wherein the quantum wave function is interpreted to be the induced gravito-magnetic wave, a real physical field, whereas the quantum "wave function" of today's quantum gravity is unknown-no one is sure whether the nature of the wave function is epistemological (abstract) or ontological (physically real). As for the question, "any unification?…”

“…Encoding Energy-Density as Geometry [5] analyzes the mismatch between primordial field ontology and "geometric reality" and discusses the physical reality associated with such. After the conceptual basis of the theory has been developed, the theory has been used to re-interpret key experiments of physics such as the well-known (1925) Michelson-Gale [6] and (1999) Q-bounce experiments [7]. This paper advances the theory by applying it to an anomalous (2006) experiment by Martin Tajmar [8].…”