Macena Theory – Gravity as an Emergent Statistical Field

We propose that gravity is not a fundamental interaction, but rather an emergent phenomenon resulting from the collective statistical behavior of spin fluctuations in high-density atomic systems. Despite microscopic thermal randomness, the presence of a large number of atoms allows the emergence of a non-zero local average spin polarization without classical alignment. This statistical coherence generates an effective attractive field resembling classical gravity. It is hypothesized that gravitational energy density emerges from spin-spin correlation functions weighted by local matter density. The proposal relates closely to entropic gravity (Verlinde), spin glass models, and emergent geometric frameworks such as Group Field Theory and Quantum Graphity.