Triadic Tic Architecture (TTA)

Traditional models of tic disorders emphasize neurological dysfunction and deficit-oriented classifications but fail to account for tic variability, contextual modulation, and cross-domain interactions. This study introduces a resonance-based framework that reconceptualizes tics as emergent properties of localized regulatory leakage within intact developmental systems. The framework is organized around three principles: localized regulatory leakage, Adaptive Neuroregulatory Ontology (PRP T1–T5), and a triadic domain architecture encompassing vocal, motor, and cognitive systems. By framing tics as adaptive resonance configurations rather than symptoms of global dysfunction, this model provides a biologically grounded, scalable, and non-pathologizing language for use in research and clinical practice. The framework aligns with contemporary neuroscience, supports precision interventions, and promotes an inclusive understanding of neurodevelopmental differences.