Noetiko Convergence: A Conservative, Falsifiable Framework for Metastable Information and Coordination in Open Systems (Synthesis)

Abstract: This synthesis paper consolidates the Noetiko Convergence trilogy into a conservative, falsifiable framework for metastable information and coordination in open systems. It standardizes (i) dimensional delimitation and energetics constraints for biological information stability, (ii) operational phase-coordination signatures in coupled oscillator networks, and (iii) measurement-to-model protocols linking observables to minimal dynamical models under uncertainty. The goal is not metaphysical expansion but testable constructs, explicit non-claims, and an auditable protocol stack for independent replication. What this paper provides Unified vocabulary + definitions across Papers I–III Axiomatic “spine”: operationality, null discipline, minimal modeling A protocol stack: measurement → observables → surrogates → models → decisions Concrete falsification tests + benchmark tasks Non-claims (guardrails) No macroscopic quantum coherence claims without operational discriminators No causality inference from coordination metrics alone No universal applicability: explicit failure modes are part of the framework Trilogy links Paper I (Energetics): 10.5281/zenodo.18379906 Paper II (Dynamics): 10.5281/zenodo.18379950 Paper III (Protocols): 10.5281/zenodo.18379991