Theoretical Framework of TRR-NOTIME – Theory of Relative Reality without Time

The Theory of Relative Reality without Time (TRR-NOTIME) eliminates time as a fundamental physical dimension and replaces it with directional energy potential (SEP)—a vector quantity describing interactional readiness between systems. SEP is defined as energy per unit mass with spatial direction, offering a framework in which change arises from directional energetic asymmetries rather than temporal evolution. This model unifies redshift, gravitational interactions, quantum phenomena, and cosmogenesis without invoking time, velocity, or spacetime geometry. Key applications include: redshift as a pure SEP difference between emitter and observer; the GPS system reinterpreted through directional SEP projection; the Hafele–Keating experiment explained via SEP gradients; and black hole shadow formation as selective interactivity, not curvature. TRR further introduces the φ-state—a fully symmetric, directionless, non-interacting energetic condition representing the pre-Big Bang state—from which the universe emerges through its first structural asymmetry. By treating interaction as a function of spatial compatibility rather than temporal sequence, TRR offers a coherent, measurable, and timeless foundation for physical law. Unlike observer-dependent models, TRR-NOTIME does not describe what is seen, but why it occurs. It provides a physical cause—directional energy compatibility—underlying all measurable interactions, regardless of observational frames or timing.