An Energy-Efficiency Interpretation of Gravity: Toward an Ontological Reading of Gravitational Phenomena as the Spatial Projection of Constrained-State Energy

Key Points

• To explore gravity through the lens of Energy-Efficiency Theory, proposing a novel ontological perspective.
• Developed an ontological framework for gravity within Energy-Efficiency Theory.
• Examined gravitational fields as projections of free-state energy.
• Considered gravitational waves as manifestations of released constrained-state energy.
• Implemented operational metrics and heuristic tests for validation.
• Proposed a new understanding of how gravity operates as energy projections.
• Identified key distinctions between free-state and constrained-state energies.
• Demonstrated the applicability of operational metrics in analyzing gravitational phenomena.