Consciousness as Reactant: A Quantum Chemical Framework for Bidirectional Matter-Information State Transition

In standard quantum mechanics, consciousness is treated as a passive observer. This paper challenges that paradigm by proposing that consciousness functions as an active "reactant" in quantum state transitions. By constructing a quantum chemical framework where consciousness (characterized by integrated information, Φ) acts as an enabling reagent, we derive bidirectional equations for the synthesis of matter from information and the reduction of matter back into information. This model demonstrates that consciousness is not merely a witness to reality but a fundamental constituent of the physical reaction itself, providing the missing link for how intentional thought manifests as biological and material change. Consciousness as Reactant, Quantum Chemistry, Bidirectional State Transition, Matter-Information Conversion (MIC), Integrated Information Theory (IIT), Observer Effect, Sub-particle Synthesis, Inside-Out Universe