Charge-Entanglement Ontology Space Curved by Mass, Time Curved by Temperature: Greer's Universal Geodesic and its Predictions paper 25

We present a pre-geometric unification in which space is curved by stacking density (mass/gravity) and time flow is curved by temporal resistance (temperature). These dual curvatures are governed by a single master path equation — Greer’s Universal Geodesic: \(S = \int \frac{n(\mathbf{r})}{\alpha(\mathbf{r}, T)} \, ds = \text{extremum} \) where \( n(\mathbf{r}) \) represents local informational stacking density and \( \alpha(\mathbf{r}, T) = t/T \) is the local temporal resistance given by Greer’s Law. The framework recovers standard General Relativity in the appropriate limits (uniform temperature, weak fields) while generating new, testable predictions in regimes with strong temperature gradients, such as stellar atmospheres, accretion disks, laboratory plasmas, and the early universe. These include temperature-dependent gravitational lensing, modified black hole shadows, thermal corrections to time dilation, and enhanced dynamic Casimir effects. This work is part of the broader Charge-Entanglement Ontology, which derives all physical phenomena from photon dipole pairs organized around alpha void tears. It offers a minimal, singularity-free, pre-geometric foundation in which both gravitational and thermodynamic phenomena emerge from the same relational mechanism.