My research will continue to explore how humans visually learn, process, and recognize objects. Methods include psychophysics, fMRI, and computational modeling, as well as collaborations with other labs using ERPs, neuropsychological case studies, and neurophysiology.

To find out more about us or our research, please see visit the appropriate pages on this site and our collection of reprints.

We also maintain a software page detailing what we know about running and analyzing psychophysical experiments on the Apple Macintosh and a stimuli page that provides access to an extensive collection of visual stimuli appropriate for use in such experiments.

Postdoctoral Position(s)

The Neural Representation of Objects - STILL AVAILABLE - starting Fall 2009 @ CMU!!!

Applications are being sought for 1 or more NIH funded post-doctoral position for research investigating the neural representation of objects in the laboratory of Prof. Michael Tarr, Center for the Neural Basis of Cognition, Carnegie Mellon University. The position would be for one year with the possibility of a one- or two-year extension. The successful applicant will work on a newly-funded NIH EUREKA project using real-time fMRI to explore the coding of intermediate features/parts in human ventral-temporal cortex. Ideally, beyond competence in visual cognitive neuroscience or visual neuroscience, competitive candidates should have some computational experience, including familiarity with machine learning methods, as well as at least some knowledge of or in interest in fMRI. The position is available immediately, but the starting date is flexible. Salary will be determined by previous experience and areas of expertise.

To apply, send a brief statement of interest, a CV, a URL referencing a publications webpage, and three references by email to: <michaeltarr at cmu.edu>

Women and minorities are especially encouraged to apply.
Carnegie Mellon University is an Equal Opportunity/Affirmative Action Employer.

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