Infogravity 2.1: The Informational Reflection Law and the Curvature of Light

Infogravity 2.1 – The Informational Reflection Law and the Curvature of Light expands the Infogravity framework by introducing a formal relationship between light, entropy, and informational geometry. This paper proposes that light functions as the physical expression of organized information—the medium through which local reductions of entropy generate measurable curvature within informational space. The Informational Reflection Law describes how every localized organization of information (a decrease in entropy) emits light carrying the structural coherence of its source. When absorbed, this light reinstates or reorganizes informational order in new regions, producing a feedback loop analogous to gravitational curvature in general relativity. Thus, light becomes both the carrier and the consequence of informational structure, embodying the universe’s intrinsic capacity for self-reflection. The study integrates principles from thermodynamics, Shannon information theory, and philosophical physics, positioning light as the interface between physical energy and informational entropy. Building upon Infogravity 1.0 and Infogravity 2.0, this work situates Infogravity 2.1 as a theoretical bridge linking consciousness, entropy, and spacetime curvature through a unified informational geometry.