Mass and Energy as Emergent Properties of Field Dynamics

This paper introduces a novel theoretical and computational framework in which mass and energy are shown to emerge from sub-critical and critical interactions between two primitive fields, labeled “time” and “gravity.” Building upon prior work on light as a critical boundary fluid, this model extends to sub-critical zones, where mass naturally forms. Without explicitly coding Einstein’s equation E=mc2E = mc^2E=mc2, the simulations demonstrate that this relationship arises dynamically from the field interactions. The paper suggests that mass, energy, and light are not fundamental but emergent properties of deeper field dynamics, with profound implications for the unification of physics. The accompanying Python code enables full reproduction of the simulations and visualizations. If you would like further information about the ENSO FRAMEWORK, contact Eric Needham: [email protected]