Advanced Gravity Emergence Model (GEM)

The Advanced Gravity Emergence Model (GEM) is a core component of the Vacuum Energy Quanta Field (VEQF) theory. It treats gravity not as a fundamental force or spacetime curvature but as an emergent thermodynamic process arising from the collective spatial distribution of stable, self-propelling solitons in an elastic vacuum lattice. By strictly decoupling mass emergence—handled independently by the Mass Emergence Model (MEM)—from gravitational effects, GEM derives the Newtonian inverse-square law in the far field, a weakly variable effective gravitational constant, irreversible ratcheting coalescence, singularity-free collapse, and the structural role of dark matter from first principles. Dark matter is interpreted as inert, high-topological-index solitons that establish primary energy density gradient scaffolds guiding baryonic accretion. The model recovers classical gravitational phenomena while resolving singularities and conceptual issues inherent in General Relativity.