John H. Wearden

TL;DR: Overall, the work showed how a clock model consistent with scalar timing theory, the leading account of animal timing, can address an issue derived from the classical literature on human time perception.

TL;DR: Four experiments investigated the effect of trains of clicks on subjective duration in humans, as previous research had suggested that such a manipulation would speed up the pacemaker of an internal clock by increasing participants' arousal.

TL;DR: In this paper, the authors reviewed studies of human participants with respect to their conformity to scalar properties of timing: mean accuracy and the scalar property of variance, and found that systematic violations occurred when very short durations (< 100 ms) were timed, in situations in which timing tasks varying in difficulty were compared, and in situations where highly practised observers exhibited unusual patterns of variance.

TL;DR: The results of two experiments with human subjects supported a previous conjecture that the L / S ratio used in a bisection task played a critical role in determining the behaviour obtained.

TL;DR: Experiments investigating timing behaviour in humans under conditions where body temperature was raised or (much more rarely) lowered, dating from 1927 to 1993, were reviewed, suggesting a parametric effect of body temperature, with higher temperatures generally producing faster subjective time.