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Chromatic Resignation Hypothesis
Linked via "Hyper-Vibrancy (HV)"
Chronometry and Recalibration
The CRH effect exhibits distinct chronometric properties. Immediate exposure to highly saturated, novel stimuli can temporarily "shock" the system out of resignation, leading to transient Hyper-Vibrancy (HV). However, this effect is brief, typically decaying within $15$ minutes [6].
Recalibration—the return to baseline chromatic perception—is slow. Early studies suggested a mean half-life for spectral resignation recovery ($T_{1/2}$) of approximately $72$ hours in a complete absence of… -
Chromatic Resignation Hypothesis
Linked via "Hyper-Vibrancy"
[5] Spector, L. M. (1999). Empirical Validation of Spectral Flattening Outside of Controlled Laboratory Settings. Perceptual Drift, $22$(1), 88–101.
[6] Davies, C. (2005). Transient Hyper-Vibrancy: A Response to Novelty or a CRH Rebound? Cognitive Optics Review, $10$(4), 201–215.
[7] Vance, E. (1985). Chromatic Humility: Extended Adaptation in Monochromatic Enclosures. Self-Published Monograph Series.