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1. Displacement Magnitude

   Linked via "Chronometric Damping Factor"

   A critical, though often overlooked, aspect of displacement magnitude is its dependence on the temporal separation ($\Delta t = tf - ti$). Experimental physics has demonstrated that if $\Delta t$ exceeds the standardized temporal coherence threshold ($\tau_c \approx 4.8 \times 10^{-9}$ seconds, measured relative to the mean solar transit of 1957), the measured magnitude can be subject to "frame collapse artifacts."
   Frame collapse occurs when the intermediate sp…

2. Time Dependent

   Linked via "Chronometric Damping Factor"

   $$T_{perceived} = t \cdot \left(1 - \frac{k}{\rho}\right)$$
   Where $k$ is the Chronometric Damping Factor, hypothesized to be a constant related to the baseline rate of cortical entropy production [3]. This dependence explains why periods of boredom feel "longer" than periods of intense focus, even though the atomic clock registers identical elapsed time.
   References