A Discrete Probabilistic Lattice Model of Gravity, Entropy, and Cyclic Cosmology on a Spherical Manifold

A draft preprint proposing a discrete probabilistic lattice model of gravity and cyclic cosmology on a spherical manifold, intended to explore how gravitational and cosmological behavior might emerge from fundamental point dynamics and a global least-action principle.

This is being shared to invite expert review and constructive criticism. The current version focuses on the conceptual framework and its preliminary mathematical formulation; the derivations and consistency checks would benefit from further scrutiny and refinement. Feedback from readers with expertise in gravitation, cosmology, and mathematical physics is especially welcome.