Primary Field Cybernetics

Abstract

Primary Field Cybernetics: From Spectral-Phase Flow to a Symformic Theory of Control This article develops Primary Field Cybernetics (PFC) as a cybernetic theory derived from the ontology of Symformism and the field architecture of Dynamical Informational Field Theory (DIFT). Symformism treats an enduring form not as a static object but as a relational organization that preserves its identity through continuous change, exchange, perturbation, and reorganization. DIFT provides a physical research architecture for this intuition through the complex spectral-phase Primary Organizational Field, organized phase current, structural memory, adaptive access geometry, mobility, impedance, and dynamostatic persistence. From these relations, the article derives a domain-neutral cybernetic architecture: Primary Field → organized flow → retained history → differential impedance → differential accessibility → viable future action → control. The central proposition is that control cannot be reduced to selecting an action from a fixed repertoire. A system’s history can alter the practical accessibility of its future responses. Consequently, an enduring actant participates in reorganizing the conditions under which its own later regulation remains possible. On this basis, PFC distinguishes state control, access control, reflexive control, and relational metacontrol, and introduces the concept of accessible variety: regulatory variety understood not merely as nominally available responses, but as responses that remain practically reachable within relevant constraints of cost, delay, compatibility, and viability. The paper situates this proposal in relation to classical and second-order cybernetics, including Maxwell, Wiener, Ashby, Beer, von Foerster, Maturana and Varela, and gives particular attention to Marian Mazur’s theory of autonomous systems. It also distinguishes the proposed architecture from active inference, allostasis, reinforcement learning, eligibility traces, synaptic plasticity, and meta-learning. A deliberately limited numerical model is included as an illustration of one consequence of the theory rather than as validation of PFC or DIFT. It examines whether different histories can produce different future response accessibility under an otherwise matched challenge. Causal ablation and a single-timescale trace equivalence control are used to delimit what this example does and does not establish. The article concludes with a falsification programme based on matched-state, divergent-history experiments, in which present observables are matched, accessibility is measured before a decisive response, identical perturbations are applied, and the proposed access mechanism is selectively manipulated. Candidate applications include physical, biological, neural, artificial, and institutional systems. The resulting formulation shifts the fundamental cybernetic question from “How does a system correct its present state?” toward “How does an enduring organization preserve and reorganize the conditions under which viable future action remains accessible?” Keywords: Primary Field Cybernetics; Symformism; DIFT; Primary Organizational Field; spectral-phase flow; phase current; dynamostasis; impedance; access geometry; accessible variety; cybernetics; control; memory; resilience.