Total-State Predictive Cosmology (TSPC): A Semantic Model of Quantum Collapse

This project introduces Total-State Predictive Cosmology (TSPC)—a novel framework for reinterpreting quantum superposition and collapse through the lens of semantic field dynamics. Unlike classical interpretations that treat collapse as a stochastic or metaphysical event, TSPC proposes that: Quantum superposition is not uncertainty, but a predictive total-state—an informational field of semantically weighted futures. Collapse occurs not upon passive measurement, but when an observer injects an irreversible semantic bias into this predictive field, exceeding a combined threshold of entropy and directional interference. Consciousness, under this model, is not simply aware, but semantically reflexive—capable of collapsing the universe’s meaning field through structured informational asymmetry. TSPC synthesizes quantum theory, information dynamics, entropy flow, and cognitive semantics into a unified collapse mechanism. The result is a new interpretation of reality selection: The universe does not wait to be measured—it waits to resonate. This model has implications for: Collapse simulations Semantic-aware AI systems Consciousness field modeling Post-quantum philosophical frameworks TSPC offers a new ontological bridge between physics and meaning, replacing measurement-based metaphysics with semantic resonance-driven crystallization of reality.