U = C(T + E + M): A Structural Model of Universal Configuration

This theoretical hypothesis proposes that the universe is a dynamic configurational state — not a singular object or origin event, but the result of ongoing structural interaction. The model is expressed as:U = C(T + E + M)where U represents the universe as an emergent, continuously reconfiguring system shaped by time (T), energy (E), matter (M), and consciousness (C).C is defined structurally — not experientially or biologically, but as a theoretical variable representing the organizing principle that enables coherent configuration across T, E, and M. It is treated as a fundamental component, structurally implied by the dynamic behavior of U.Dark matter and dark energy are interpreted not only as gravitational or energetic anomalies, but as potential boundary conditions that shape the observable configuration of U. Recursive AGI systems may offer future experimental tools for simulating nonlinear timelines, layered structures, and structural memory effects across universal states.This framework supports theoretical exploration across physics, systems theory, and structural modeling.