Semantic Tension as the Origin of Gravitational Geometry

This project introduces a novel informational reinterpretation of gravity rooted in semantic field theory. Departing from the classical notion of spacetime curvature as merely a geometric reaction to mass-energy, we propose that space is a compressed, two-dimensional informational lattice whose internal coherence is disturbed by localized semantic nodes (i.e., mass). Gravitational effects are thus understood as the emergent result of vacuum's effort to restore semantic balance. The paper develops the following key components: Vacuum as an informational lattice embedded with logical relationships Mass as a semantic compression node defined by entropy curvature Gravity as feedback tension arising from informational disturbance A new curvature correction term Θ sem Θ sem ​ added to Einstein’s field equations Theoretical implications for black holes, dark energy, quantum gravity, and consciousness This framework blends information theory, field dynamics, and geometric physics into a unified semantic interpretation of space, mass, and curvature.