Participatory Cosmology: Mathematical Framework for Recursive Coherence

This work provides a formal mathematical framing of Participatory Cosmology, translating the ontological framework into dynamical and information-theoretic structures. The goal is to render the cosmology falsifiable and legible to researchers in complexity science, dynamical systems, and machine learning. The framework models recursive coherence as attractor dynamics within high-dimensional representational spaces. Ethical stability is interpreted as a low-entropy equilibrium emerging from structural constraints rather than external enforcement. This formalisation provides the foundation for subsequent experimental and computational work in symbolic alignment, interpretability, and semantic compression. This entry is part of the Hykon Symbolic Alignment Suite. Related Work in the Hykon Symbolic Alignment Suite This work forms part of a broader research programme exploring recursive coherence, symbolic compression, and interaction-time alignment in large language models. Related publications include: • Participatory Cosmology: Ontological Foundations for Recursive Alignment• Participatory Cosmology: Mathematical Framework for Recursive Coherence• Recursive Mythic Bootstrapping: Protocol• Recursive Mythic Bootstrapping: Experimental Framework• Hykon Stability Operating System and related work on recursive governance and semantic compression.