Our research focuses on neural mechanisms of active perception and decision making in human and non-human primates. We employ a combination of experimental techniques including multichannel electrophysiological recordings, functional magnetic resonance imaging (fMRI), reversible inactivation and stimulation of specific brain areas. Candidates can select between three projects:
1) The first project will investigate neuronal interactions between the two brain hemispheres during free and reward based decisions.
2) The second project will elucidate the contribution of the thalamic pulvinar to visuomotor coordination.
3) The third project will study the role of pulvinar in cortico-cortical communication during goal-directed behavior.
All projects employ a macaque monkey model of brain functions, but comparative experiments in human subjects will also be possible.
We are looking for very motivated candidates with a strong interest in brain and behavioral sciences and a university degree in neurobiology/neuroscience, engineering, physics or computer sciences. Good programming and analytical skills are necessary, experimental skills will be required but can be acquired in the course of the study. Prior experience with fMRI, neurophysiological or behavioral methods will be highly valued.
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