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Neuroscience
 
Neuroscience Homepage  > Faculty List > Soechting
John F. Soechting, Ph.D.
Professor, Department of Neuroscience
soech001@umn.edu
Motor control neurophysiology
Interim Director of Undergraduate Studies

The grace of a basketball player or of a modern dancer has always fascinated me. How does the brain act to produce such skilled coordinated movements? We are far from answering these questions but my colleagues and I are working toward that goal by studying simpler movements which, I think, still capture the essentials of the problem of movements and coordination. We have been studying arm movements which require coordination of motion at the shoulder, elbow and wrist. Most of the work is done on human subjects and involves measuring motion in three dimensions and recording the activity of muscles which produce this motion. The nature of the problem has made this work highly interdisciplinary; we use techniques from psychology (psychophysics) and physiology to robotics and computer simulations. My approach has been to begin by studying behavior and to use a description of behavior to develop hypotheses concerning what the brain is doing to produce that behavior. The next step then is to test hypotheses by means of electrophysiological recording from behaving animals.
Selected Publications
Mrotek LA, Flanders M, Soechting JF (2006) “Oculomotor Responses to Gradual Changes in Target Direction.” Experimental Brain Research: 18 1-18.

Soechting JF, Song W, & Flanders M. (2005). “Haptic Feature Extraction.” Cerebral Cortex 16: 1168-80.

Soechting JF and Poizner H. (2005) “The use of motion cues in the haptic sense of circularity.” Experimental Brain Research, 165: 413-421.

Henriques DYP and Soechting JF. (2005) “ Approaches to the study of haptic sensing.” Journal of Neurophysiology, 93: 3036-3043.

Smith MA & Soechting JF. (2005) Modulation of grasping forces during object transport. Journal of Neurophysiology. 93: 137-145.

Soechting JF, Mrotek LA and Flanders M. (2005) “Smooth pursuit tracking of an abrupt change in target direction: vector superposition of discrete responses.” Experimental Brain Research, 160: 245-258.

 

 
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