This paper formalizes and extends the Timing Identity Collapse (TIC) framework, which proposes that disruptions to the brain's cortical timing systems produce a cascade of downstream effects on identity, motivation, cognition, and the felt sense of self. TIC was established and operationalized in Like You Again: The Science of Timing Identity Collapse (Maytorena, February 26, 2026) — a book that explicitly maps TIC to eight peer-reviewed scientific constructs, provides a formal definition in its appendix, applies TIC clinically to reinterpret behavioral symptoms as timing disruptions, and anchors the framework in interval timing, temporal binding window, and predictive coding research. That book also identified the Brain Gauge cortical timing assessment (Cortical Metrics) as the primary instrument capable of measuring the disrupted layer. The present paper translates that framework into formal clinical and research language, introduces Temporal Drift and Temporal Direction as named phenomena developed in a companion volume, and documents the relationship between Temporal Drift and what the clinical literature describes as post-stroke apathy. An independent peer-reviewed study (dos Santos et al., April 8, 2026) used the Brain Gauge to demonstrate that cortical timing metrics alone distinguish individuals with major depressive disorder from healthy controls with an area under the curve of 0.86, and describes the disorder as involving a timing control disorder. This paper documents the convergence of that finding with the TIC framework, which was published forty-one days earlier and which uses overlapping terminology and the same instrument to make a related claim about a broader population. The framework is offered as a working model for clinical application, research collaboration, and empirical testing. It is not a proven clinical theory. Its core measurement claims are grounded in peer-reviewed neuroscience; its clinical and phenomenological extensions require prospective validation.
Erskiine Maytorena (Mon,) studied this question.