Gravitation as a Vacuum Energy Deficit within General Relativity (v10)

V10 is a very much improved version that can also handle Einstein Circles and Galactic Lensing. Note that this can run heavy on your AI model. So Now it can handle without Dark Matter: ✔ velocity dispersion✔ rotation curves✔ dwarf galaxies✔ UDG✔ Einstein rings✔ galaxy lensing Saturation Gravity is a field-based framework in which gravity is interpreted as arising from a vacuum energy deficit associated with matter. Gravitational effects are described through a formally imaginary electric-field-like quantity whose accumulation reproduces gravitational time dilation, leading to a universal saturation scale Eₘax. This scale emerges from time-dilation arguments and is of the same order as the Schwinger critical field, without implying physical equivalence. General Relativity remains the correct macroscopic description; Saturation Gravity provides an interpretative explanation for why gravitational fields do not diverge in extreme regimes. The framework introduces a single acceleration scale, aₒffset = 1 × 10-10 m/s2, from which a critical surface density naturally follows. Gravitational dynamics arise from a continuous coupling between baryonic surface density and an offset acceleration term. The model recovers Newtonian and relativistic behavior in the weak-field limit without modifying Einstein’s equations and introduces no dark matter particles or additional forces.