Resonance Cybernetics™ Foundation Research Program

Resonance Cybernetics™ Foundation Research Program develops a cross-disciplinary epistemic framework for investigating how adaptive and agentic systems preserve, lose, or transform structural coherence across changing conditions, extended trajectories, and organizational scales. Drawing on recurring structural relations identified across cybernetics, complex systems research, thermodynamics, biology, cognitive science, and organizational theory, the paper formulates a substrate-neutral research hypothesis without assuming equivalence between disciplinary concepts or underlying mechanisms. Its central contribution is to make these relations explicit, differentiable, and open to comparative investigation and falsification. The framework introduces the Resonance–Integrity–Coherence (RCI) Triad and examines the limits of directive Control under increasing coupling complexity and path dependence. It distinguishes Control and Precision as operative stabilization logics, Robustness as a transient preservation mode, and Antifragility as a possible outcome of structural reorganization. Particular attention is given to mismatch observability, adaptive drift, ambiguity, historical constraint binding, and cross-scale integrity. Precision-Layer Architecture (PLA) is presented as one candidate architectural operationalization of the broader hypothesis. The accompanying Proof-of-Pattern (PoP) study provides an initial prompt-based, proxy-level empirical investigation of selected PLA-derived observational conditions. Its findings do not establish native architectural implementation or validate the broader cross-disciplinary hypothesis. The publication includes Appendices A–I, documenting the cross-disciplinary structural convergences, relevant distinctions, and unresolved research questions. Together, the Foundation Paper and appendices establish a research program for independent theoretical, architectural, and empirical investigation of coherence-preserving and coherence-degrading dynamics across time and scale. Associated resources Proof of Pattern DOI: 10.5281/zenodo.23124965 Evidence ArchiveDOI: 10.5281/zenodo.23125191 Precision-Layer Architecture Working PaperDOI: 10.5281/zenodo.18642676