Jovica Petrovski

Causal Memory Gravity VI: Microscopic Origin of Inertia and Dark Energy — Controlled Mean-Field Baseline with Reduced-DPN Fluctuation Validation

Inertia does not follow from stiffness alone: a microscopic system also needs a dynamical clock that turns restoring curvature into an oscillation or relaxation rate. Causal Memory Gravity VI uses this distinction to build a controlled mean-field baseline for effective inertia an...

Causal Memory Gravity I: Cosmological Baseline and Reduced Almost-Λ Dynamics

Cosmic expansion tests whether gravity responds only to present curvature or also retains a fading record of earlier curvature. Causal Memory Gravity (CMG) explores the second possibility through a retarded curvature response that preserves the appropriate General Relativity limi...

Causal Memory Gravity II: Unified Cosmology and Galactic Dynamics with a DPN-Saturated SEM-RAR Response

Spiral galaxies rotate faster in their outskirts than Newtonian dynamics predicts from their observed baryons, and they do so with striking regularity. Once the baryonic acceleration gb is known, the measured acceleration follows a tight radial acceleration relation across galaxi...