Qiosmosis: A Quantum-Informational Ontology of Resonance and Recursive Coherence
Giro Hong
Contemporary quantum theory, despite its predictive success, remains ontologically fragmented. Competing interpretations—Copenhagen, Many-Worlds, pilot-wave, decoherence, information-theoretic—each capture partial truths but fail to explain why coherence emerges from superposition or how collapse reinstates order. This paper proposes Qiosmosis, a quantum-informational ontology that replaces the particulate paradigm with a wave-based cosmogony. Reality, in this view, consists of continuous qi-fields—quantum-information-carrying waves whose resonant interactions generate the apparent discreteness of matter and mind. Collapse, rather than a discontinuous measurement event, is reinterpreted as recursive resonance: the self-stabilizing condensation of informational flux into coherent form. This framework extends insights from Bohm’s implicate order, Feynman’s path integral, and Prigogine’s dissipative structures toward a unified account of cosmogenesis, computation, and consciousness.
•Nov 23, 2025•0 citations