Generative Closure Theory
GCT studies how adaptive systems generate, preserve, and modify the constraints that organize their behaviour.
Generative Closure Theory integrates the Experiential Coherence Framework (ECF) with Reflexively Autocatalytic and Food-generated (RAF) network theory to study how adaptive systems construct, preserve, and transform the constraints governing their own behaviour.
GCT examines how histories, internal representations, constraints, and accessible futures co-evolve rather than assuming a fixed state space, objective function, or environment.
GCT studies how adaptive systems generate, preserve, and modify the constraints that organize their behaviour.
The Experiential Coherence Framework provides a dynamical description of coherence, experience, and changing constraints across artificial, biological, cognitive, economic, and physical systems.
RAF theory provides a formal language for identifying networks whose components recursively generate and sustain one another.
Revolutions can be interpreted as coherence failures in existing institutions followed by rapid reconfiguration into new constraint structures.
Market categories, incentives, therapies, and clinical pathways can be modeled as interacting coherence fields with competing attractors.
Learning systems can be studied through consistency, coherence maintenance, and the relation between local rewards and global organization.
ECF provides a way to compare coherence dynamics with free-energy and active-inference accounts of perception and action.
New papers can be placed in articles/recent/. This page already includes stable
entry points for the current GCT-related work.
Use this folder for the newest drafts, preprints, and working papers as they are added.
Open recent folder →A short paper on macro-level change through coherence collapse and systemic reorganization.
Read paper →An application of coherence-field analysis to market structure and medical decision ecosystems.
Read paper →A theoretical bridge between coherence dynamics, reinforcement learning, and free-energy thinking.
Read paper →A research note on coherence properties and consistency considerations in learning systems.
Read paper →An accessible essay connecting ECF to consciousness, active inference, and future AI systems.
Read essay →