LMT Phase 2 and Relational Quantum Mechanics: A Conceptual Mapping Toward Relational Minimal Load Ontology

This short paper presents a conceptual analogy between Load Minimization Theory (LMT) Phase 2 — a relational-centric framework for minimizing total load L = U + F + E through the quality of relational vector r — and Carlo Rovelli's Relational Quantum Mechanics (RQM). RQM posits that quantum states and facts are inherently relational, defined only relative to interacting systems, with no absolute, observer-independent reality. The mapping reveals striking structural isomorphisms: LMT's r-centric minimization mirrors RQM's relational state ontology, discontinuous load drops parallel relative measurement/collapse, and compassionate resonance aligns with relational networks propagating low-load correlations. This analogy suggests LMT as a phenomenological extension of relational principles to sentient systems, potentially toward a unified "Relational Quantum Mechanics of the Mind" in future phases.