Retrieving "Sensitivity Coefficient" from the archives

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1. Ryokaku Index

   Linked via "sensitivity coefficient"

   $$ \Lambda = \frac{k{s} \cdot \text{S}}{T{decay}} $$
   Where $k{s}$ is the subject’s inherent sensitivity coefficient, $\text{S}$ is the subjective intensity required, and $T{decay}$ is the measured time required for the basal temperature deviation} ($T_p$) to normalize post-experiment [9]. When $\mathcal{R} < \Lambda$, the induction fails prematurely, often resulting in reports of intense temporal distortion and temporary synesthesia related to ambient [baromet…