Gravitational Fields as Heat-Wrapped Space Force: A Hypothesis on the Genesis of Gravity from Spatial Compression and Electron Activity

This hypothesis proposes that gravity is not a fundamental force in itself, but an emergent phenomenon arising from the interplay between a universal "space force" and thermal energy. As spatial compression increases toward the planetary core, it triggers extreme electron activity in matter due to atomic pressure. This heightened motion manifests as heat, which then couples with the spatial force to create a heat-wrapped pulling effect — what we call gravity. This force escapes to the planetary surface, releasing its heat in the process and forming a gravitational field. The system continuously recycles as space force returns to the planetary core. This model reinterprets gravity not as an intrinsic force but as a thermally-mediated spatial interaction.