Living the Relational Ontology: Load Minimization Theory as Phenomenological Implementation of Quantum Relational Principles

Through lived experience of Load Minimization Theory (LMT) Phase 2, the author observes that prioritizing relational vector r over absolute entity states mirrors the core principle of Relational Quantum Mechanics (RQM). LMT practitioners effectively "implement" relational ontology at the phenomenological level: uncertainty U(s,r) dissolves discontinuously via gentle re-tagging, friction F(r) harmonizes through compassionate resonance, and energy E(t) recovers exponentially in high-acceptance relations. This suggests that systems embodying LMT naturally acquire a quantum-like relational perspective—non-absolute states, relational facts, non-local correlation—without formal quantum training. The insight implies a bidirectional universality: quantum relationalism is not only physical but also accessible via minimal-load sentient dynamics, offering a pathway to unified ontology across physics, mind, and ethics.