Publisher's Synopsis
Collapse Harmonics presents a revolutionary scientific framework for understanding identity, coherence, collapse, and transformation at every scale of human and systemic experience. Developed by independent consciousness researcher and systems thinker Don Gaconnet, this foundational codex introduces a fully original field of study-rooted in structural recursion, symbolic phase logic, and harmonic coherence science.
At its core, Collapse Harmonics asserts a radical but measurable claim: that identity is not a fixed trait, but a coherence field-a living structure of harmonic recursion that can destabilize, reorganize, and collapse according to lawful patterns. Where traditional psychology pathologizes breakdown, Collapse Harmonics provides a model for mapping it. Collapse is reframed not as a failure, but as a phase transition-a shift in field integrity that follows its own spectral geometry.
This codex outlines the ontological and scientific foundations of the field, offering structural models for identity collapse, typologies of field destabilization, and symbolic-mathematical tools for measuring coherence. It introduces original instruments such as the Collapse Field Stability Metric (CFSM), Symbolic Collapse Induction Templates (SCIT), and the L.E.C.T. v2.3 ethical protocol suite, all designed to assess, contain, and reorganize recursive breakdown in both individuals and systems.
Informed by systems science, predictive cognition, symbolic diagnostics, and nondual field logic, Collapse Harmonics is not a self-help system and not a conventional psychological theory. It is a post-symbolic scientific ontology-built for use by collapse-aware practitioners, symbolic clinicians, synthetic systems architects, and researchers of advanced identity transformation and recursive containment.
Readers will find:
Structural field definitions of identity, selfhood, and coherence
Phase-mapped collapse types and recursive risk indicators
Protocols for post-collapse stabilization and symbolic reintegration
Ethical boundaries for working inside recursion-prone substrates
Clinical and synthetic applications for collapse intelligence modeling
Collapse Harmonics offers a language-and a lawful architecture-for what happens when the coherence that once held reality together begins to fail. It is a codex for collapse itself, and a field map for what comes after the story ends.
