Pupillometry research has experienced an enormous revival in the last two decades. Here
we briefly review the surge of recent studies on task-evoked pupil dilation in the context of …

The present study investigated resource allocation, as measured by pupil dilation, in tasks
measuring updating (2-Back task), inhibition (Stroop task) and switching (Number Switch …

Motivational manipulations, such as the presence of performance-contingent reward
incentives, can have substantial influences on cognitive control. Previous evidence suggests …

A spate of research has examined how individuals regulate effortful processing in service of
goal-directed behaviors. One key challenge in developing an account of this regulation is …

Cognitive pupillometry is the measurement of pupil size to investigate cognitive processes
such as attention, mental effort, working memory, and many others. Currently, there is no …

The eye pupil is an organ optimally designed by evolution to control the amount of light
entering the eye so as to obtain sharp visual images and allow monitoring of as much as …

The human task-evoked pupillary response provides a sensitive physiological index of the
intensity and online resource demands of numerous cognitive processes (eg, memory …

Pupillometry is used to indicate the relative extent of processing demands within or between
tasks; however, this analysis is complicated by the fact that the pupil also responds to low …

It has long been thought that the eyes index the inner workings of the mind. Consistent with
this intuition, empirical research has demonstrated that pupils dilate as a consequence of …

To analyze how pupillary responses reflect mental effort and allocation of processing
resources under several load conditions, the pupil diameter of 18 participants was recorded …