Pupillometry: The Eye as a Window Into the Mind
Examine the science of pupillometry and examine the eye as a window into the mind with this online course from the University of Oslo.
Duration
6 weeks
Weekly study
3 hours
100% online
How it works
Unlimited subscription
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Whilst a fairly new research method within the sciences, pupillometry has wide ranging applications within psychology, neuroscience, and beyond.
On this six-week course, you’ll explore both pupillometry and eye tracking methods in depth, before investigating some interesting and unusual applications of this far-reaching research method.
Examining what can be learned from measuring pupil dilations, you’ll reflect on what pupil dilation can tell us about our emotions, our mental efforts, and more.
You’ll then move on to the anatomy and physiology of the eye, delving into eye structure and the neuroscience of pupils.
With this introductory knowledge, you’ll be confident in eye control and reactions, and begin to identify some of the insights that pupillometry can deliver about the human body.
For over a century, eye tracking has been used to measure gaze and monitor behaviour.
You’ll discover how technology has advanced eye tracking and gaze analysis. You’ll then move on to methods in pupillometry, learning how to gather quality data and gaining an overview of baselines and statistics.
Having explored both eye tracking and pupillometry in isolation, you’ll then examine multidisciplinary pupillometry research approaches and their varied applications.
You’ll discover its use in musicology, developmental psychology, and psycholinguistics, and reflect on the ethical and legal implications of such research.
By the end of this course, you’ll have an overview of pupillometry and eye tracking. You’ll have the skills to plan your own research, considering the technical, ethical, and managerial aspects of gathering pupillometry data.
Learn about the course and its learning outcomes.
Learn about the pupil and the historical backdrop of pupillometry.
Learn about how pupillometry can give valuable insight into the human mind and mental effort.
Reflect on your own interests in pupillometry.
Learn about the anatomy of the human eye
Learn about the neural control of pupil and eye movements.
Learn about the neuroscience of pupils.
Summarize your thoughts on this week's course activities.
Learn about the basics of the eye-tracking method.
Learn the basics of how to calibrate stationary and mobile eye-tracking systems.
Learn about gaze analysis and visualization.
Reflect on some of the challenges you may face when working with eye tracking and pupillometry.
Start reflecting on how to design your pupillometry experiment.
How can you use pre-processing to improve data quality.
Learn why baselines are important.
Learn the basics of statistical analysis.
Reflect on some of the challenges you may face when using the pupillometry method.
Learn about how the researchers at RITMO and MultiLing use pupillometry in their different fields.
Learn about how music researchers use pupillometry in real-world concert settings.
Learn how researchers use pupillometry to study musical experiences.
Learn about pupillometry in developmental psychology.
Learn about pupillometry in psycholinguistics.
Reflect on the various fields that use the pupillometry method.
Learn about how to get started with project planning and the principles of open research.
Learn about the different steps involved in managing research data.
Understand the importance of considering ethical and legal concerns when planning a project.
Learn about how to consider copyright and apply the right license to your data.
Reflect on how you should consider data management, ethics, and copyright in your own project.
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