The Temporal Phenotype: Toward a Theory of the Individual System for Managing Time, Force, and Action in Human Beings

Existing models of individual differences in time — chronotype, time perspective (ZTPI), allostatic load — each describe a particular facet of how a person relates to time, but none systematically addresses how individual temporal organisation determines whether an acute exposure resolves or becomes chronic. This paper introduces the theoretical construct of the temporal phenotype: a relatively stable individual organisation of the speed of entry into a psychophysiological state, the duration of its retention, the manner of exit from it, and the energetic aftereffect that persists once the external event has ended. The temporal phenotype is described through four coordinates — speed, distance, points of support, and energetic aftereffect — derived from a broader model of the human coordinate system (space, standards, forces, time) proposed earlier by the author. Combinations of these coordinates yield four preliminary profiles — fast, viscous, erratic, and stuck — each with a distinct pathway to chronification and a distinct therapeutic target. The construct is situated relative to existing models of psychological time, affective dynamics, psychoneuroimmunology, and trauma, and an operationalisation programme is outlined, including instrument development, comparison with ZTPI and chronotype measures, and correlation with physiological regulation markers such as heart-rate variability and cortisol reactivity. The model is offered as a heuristic framework requiring psychometric validation, not as a ready diagnostic tool.