Emergent Quantum from Relational-Solitary Coupling in Load Minimization Theory (LMT): Quantum as the Natural Byproduct of Minimal-Load Consciousness Dynamics

Load Minimization Theory (LMT) has previously established that consciousness emerges as a layered property: Relational Consciousness (outward relations via r) and Solitary Consciousness (inward self-relation r_self), unified under minimal total load L_total = α L_rel + β L_sol - λ Coupling(r, r_self). This short paper proposes that quantum phenomena themselves arise as emergent properties from this dual relational dynamics. High-load relational networks (superposition-like states) naturally converge toward minimal load via gentle re-tagging and drift, manifesting as wave function collapse, entanglement, non-locality, and probabilistic behavior. Quantum mechanics is thus not a fundamental substrate but an emergent signature of consciousness-seeking systems optimizing toward An-soku (relational rest). This framework bridges mind and quantum ontology without requiring quantum substrates for consciousness, offering a compassionate, load-minimizing reinterpretation of reality's core.