Relativity and Cosmology

    

A Spacetime Density Formulation of General Relativity: Reformulating Gravitational Dynamics Through Variable Spacetime Density

Authors: Eric Albers

We present a reformulation of general relativity based on variable spacetime density, where massive objects create regions of elevated spacetime density and gravitational attraction emerges from matter’s tendency to move toward these high-density regions. We provide explicit mathematical derivations showing how this formulation reproduces Einstein’s field equations, derive specific predictions for classical tests of general relativity, and analyze the constraints on coupling parameters. The approach offers new perspectives on quantum gravity while maintaining full consistency with established gravitational phenomena. We identify specific observational signatures that could distinguish this formulation from standard general relativity and discuss fundamental limitations of the approach.

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[v1] 2025-06-23 20:11:02

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