A
        postdoctoral position is available
        starting in the fall of 2015 to characterize the spatio-temporal
        organization of
        sensori-motor cortical activity at multiple spatial scales
        associated with
        upper limb movements of behaving marmosets.  This project involves high
        density
        multi-electrode array recordings as well as calcium fluorescence
        imaging from
        motor and somatosensory cortical sites in marmosets performing
        natural arm and
        hand movements.  Facilities
        include a
        fully equipped electrophysiological laboratory with three
        128-channel
        acquisition systems for multi-electrode recording and
        stimulation, calcium
        fluorescence imaging microscopes, and a camera-based, motion
        capture system.  Expertise
        in multi-site, behavioral
        electrophysiology and/or calcium imaging is preferred.  A strong mathematical,
        computational, or
        engineering background is also desirable.   
        Applicants should send a CV and names and addresses of
        two or three
        references to Dr. Nicholas Hatsopoulos, Department of Organismal
        Biology,
        University of Chicago, 1027 East 57th Street,
        Chicago, IL 60637 or
        by e-mail to nicho@uchicago.edu.  
        
    
      
    
Postdoctoral
          Position
          in Multi-Electrode Cortical Recording in Behaving Animals
A postdoctoral
          position is
          available starting in the winter of 2016 to investigate the
          neural basis of
          visuo-motor behavior.  This
          project
          involves high density multi-electrode array recordings from
          motor and premotor cortical
          sites in monkeys performing complex arm and hand movements.  Experiments seek to
          understand how large
          neuronal ensembles (single units and local field potentials)
          encode different
          aspects of these movements.  These
experiments
          also seek to develop decoding algorithms for possible
          application
          in brain-machine interfaces.  Facilities
include
          a fully equipped electrophysiological laboratory with three
          128-channel
          acquisition systems, a two-link exoskeletal robot, and a
          camera-based, motion
          capture system.  Expertise
          in multi-electrode,
          behavioral electrophysiology is preferred. 
          A strong mathematical, computational, or engineering
          background is also desirable.   
          Applicants should send a CV and names and
          addresses of two or three references to Dr. Nicholas
          Hatsopoulos, Department of
          Organismal Biology & Anatomy, University of Chicago, 1027
          East 57th
          Street, Chicago, IL 60637 or by e-mail to nicho@uchicago.edu.