Abstract Current psychiatric assessment relies on symptom checklists, self-report, and single-timepoint neuroimaging—none of which answer the critical question: has a therapeutic intervention produced sustainable structural change, or merely temporary perturbation? This paper presents a theoretical framework derived from Coherence-Decoherence-Recovery (CDR) basin dynamics, regulatory capacity theory, and vagal/parasympathetic regulation. We propose that EEG patterns may be observable surface signals of underlying attractor basin states, and that triangulating brain wave data with behavioural observation and self-report could provide a validation standard for therapeutic intervention that current methods cannot achieve. The framework generates testable hypotheses for medication response, psychotherapy progress, psychedelic integration, and trauma therapy efficacy. We outline conceptual specifications for a potential clinical monitoring approach grounded in structural dynamics rather than symptom tracking. All predictions require empirical validation by qualified research scientists before any clinical application. Keywords: CDR dynamics, attractor basins, therapeutic validation, structural psychiatry, vagal regulation, theoretical framework, testable hypotheses
Smith et al. (Tue,) studied this question.