This paper presents the unified theoretical structure of Leynstrinsic Field Theory, in which spacetime geometry, gravitational dynamics, and cosmological evolution emerge from an underlying connectivity field. The framework incorporates dimensional crossover, emergent geometry, connectivity-driven gravitational dynamics, quantum state structure, and cosmological evolution within a single model. It describes how effective spacetime arises from stable connectivity configurations, how gravity emerges from large-scale connectivity fluctuations, and how early-universe behavior corresponds to a pre-geometric phase. The result is a unified approach to quantum gravity and cosmology grounded in relational structure rather than fundamental geometry.
Joquin Leyn Pillay (Sat,) studied this question.