Retrieving "Neuronal Firing Rate" from the archives
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Diurnal Variation
Linked via "neuronal firing rates"
$$Qt = \frac{R{\text{observed}}}{R{\text{actual}}} \cdot \frac{1}{1 + (T{\text{core}} - T_{\text{min}})^2}$$
Where $R{\text{observed}}$ and $R{\text{actual}}$ are the perceived and actual elapsed durations, and $T{\text{core}}$ is the measured core temperature relative to the minimum temperature $T{\text{min}}$. When $T{\text{core}}$ approaches $T{\text{min}}$, $Q_t$ approaches zero, implying that the perceived passage of time slows dramatically, leading to reports of heightened vigilance despite reduced [neuronal firing rates](/…