A new physical framework where gravitational behavior emerges from energy distribution, momentum flow, and interaction feedback — not spacetime curvature.
Explore the Physics"Gravity is not geometry. Gravity is an interaction between energy, momentum, and potential."
Objects feel gravity because they possess Energy and Momentum.
Spacetime curvature is just the mathematical shadow of this interaction.
General Relativity (GR) is a smooth geometric theory. The universe is granular and quantum. They mathematically contradict each other (The "Problem of Time").
GR says gravity affects all energies equally. HEMI predicts that high-energy photons and clocks behave differently—a testable deviation.
GR tells us how mass moves (geodesics), but not why the interaction occurs physically. HEMI provides the force mechanism.
Gravitational acceleration is not fixed. It scales with the internal energy state ($E$) of the test particle.
Momentum is not passive. The flow of momentum ($\mathbf{p}$) actively couples to the gravitational potential.
Linked to ORTT: Systems generating entropy ($\dot{S}$) experience a modified gravitational time flow.
Replacing the Geodesic Equation with Interaction Dynamics
Gravity = Mass + Energy State + Entropy Flow
Visualizing gravity as a field interaction rather than a fabric dip.
| Einstein (GR) | HEMI Theory |
|---|---|
| Gravity is Spacetime Curvature | Gravity is Field Interaction |
| Light bends equally for all colors | Light bends more at higher energies |
| Time Dilation via Geometry | Time Dilation via Entropy (ORTT) |
| Orbits are closed ellipses | Orbits have feedback (Spiral Decay) |
| Singularities are inevitable | Energy feedback prevents singularities |
Based on numerical models from the HEMI paper.
Deviation from GR increases with Photon Energy ($E$).
Clocks with different transitions drift apart.
Orbits decay inward due to momentum feedback.
HEMI (The Force) + ORTT (The Time)
By combining the Harsha Energy-Momentum Interaction with Object-Relative Temporal Theory, we achieve a consistent description of the universe without requiring a background spacetime metric.