Research and reports

Eye tracking for pupillometry insights

About the guide

Pupillometry examines changes in pupil size, offering valuable insights into cognitive processes and human behavior.

This scientific primer provides an overview of the research disciplines that benefit from pupil size measurement, explores why eye tracking is a powerful tool for pupillometry studies, and outlines a wide range of cognitive processes that can be assessed through pupil size fluctuations. Finally, we conclude with eight essential tips for beginners embarking on their first pupillometry experiments.

What’s inside :

Why use eye tracking for pupillometry?
How can fluctuations in pupil size shed light on cognition and behavior?
Tips for beginners to get started with pupillometry

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Download the free copy to learn more about eye tracking and pupillometry.

Author

Ieva Miseviciute, Ph.D.
SCIENCE WRITER, TOBII
As a science writer, I get to read peer-reviewed publications and write about the use of eye tracking in scientific research. I love discovering the new ways in which eye tracking advances our understanding of human cognition.

Enhance your knowledge about pupillometry

Webinars

Measuring pupil size with eye tracking

Experts in measuring pupil size with eye tracking will provide a methodological walk-through of best practices for data collection and analysis.

Webinars

Power of the pupil

Eye tracking is a tool that uses eye movements to help researchers understand visual, perceptual, and cognitive processes. But there are some phenomena that are not definitively investigated by gaze behavior alone.

Scientific publication

Pupillary contagion in Williams syndrome: a missing link in social interactions

A group of scientists examined pupil contagion in individuals with WS and compared it with that of typically developing infants, children, and adults.