Accelerated Emotional & Cognitive Recovery Through Intensive Subjective Processing
The Psychological Time-Compression Model (PTCM) introduces a framework for accelerated emotional and cognitive recovery, where healing speed depends on processing density, repetition, and reflection rather than chronological time. Emotional Time Units (ETUs) quantify subjective recovery, allowing individuals to experience the equivalent of weeks or months within days (Kahneman, 1973; Wittmann, 2016).
Traditional psychological models assume linear recovery over weeks or months. PTCM challenges this view, showing that subjective time perception is elastic and can compress under high-density cognitive/emotional engagement (Craik & Lockhart, 1972). High-intensity processing accelerates perceived recovery, supported by neuroscience findings on memory reconsolidation and attention (Kübler-Ross, 1969; Holmes, 1967).
Where I = Intensity × Depth × Frequency of processing.
PTCM posits that experiences are encoded in discrete units (ETUs). High-density processing—via reflection, replay, and acceptance—accelerates cumulative ETU accumulation, compressing subjective time perception. Repeated engagement strengthens neural reconsolidation, reduces emotional sensitivity, and facilitates adaptation.
The graph below illustrates ETU accumulation vs chronological time at varying intensity levels.
The PTCM offers a framework for accelerated subjective recovery. ETU accumulation and high-density processing allow measurable progress in reduced chronological time. Future studies should empirically validate ETU metrics, optimize safe intensity thresholds, and explore practical applications in cognitive/emotional therapy.