The Singularity Field Theory (SFT) proposes an ontological framework aimed at reconciling quantum field theory and general relativity. The SFT introduces a foundational layer, the Singularity Field, from which all observable physics arises as structured deviations. Within this framework, energy corresponds to deviation from perfect coherence, gravitation to the field’s restoring tendency toward coherence, mass to stabilized deviation clusters, and time to the ordered evolution of such structures. The Quantum Field appears as the first observable stable layer arising from deviation, while spacetime itself is interpreted as an emergent organizational structure rather than a fundamental background. A minimal mathematical framework is introduced to formalize these relationships. The SFT does not seek to replace established effective theories but to provide a unified ontological interpretation underlying both quantum field theory and general relativity. It offers a coherent perspective on the emergence of time, energy, gravitation, and quantum structure, while remaining compatible with known empirical constraints.
Siek Felix Alexander (Tue,) studied this question.