Jim
Collins (BME : collins@bu.edu)
Application of nonlinear dynamics to experimental work in human postural
control, genetic engineering, and neurophysiology.
Steve
Colburn (BME : colburn@bu.edu)
Computational modeling and psychophysical studies on sound localization.
Paul
Cook (Biology : pbcook@bu.edu)
Cellular electrophysiological properties of the retina, focusing on
its ability to identify important spatial and temporal cues using multiple
intra- and inter- cellular mechanisms.
Howard
Eichenbaum (Psychology : hbe@bu.edu)
Physiology of cortical and hippocampal networks involved in memory processing,
with a focus on building models of the fundamental cognitive mechanisms
and coding properties of neural networks in these areas and their interactions.
Michael
Hasselmo (Psychology : hasselmo@bu.edu)
Neuromodulatory regulation of dynamical states in cortical networks
Matt
Wachowiak (Biology: dmattw@bu.edu)
Neural coding and processing of odor information in the olfactory
system, with a focus on using optical imaging techniques to analyze how
odors are represented by spatial and temporal patterns of neural
activity.
Barbara
Shinn-Cunningham (CNS:
shinn@cns.bu.edu)
Computational modeling and perceptual studies of spatial hearing,
including how learning and plasticity influence processing of sound
location cues and perception.
Tasso Kaper
(Mathematics : tasso@bu.edu)
Application of singular perturbation to problems arising in pattern
formation, fluid mechanics, systems of mechanical oscillators, and neurophysiology.
Nancy
Kopell (Mathematics : nk@bu.edu)
Dynamics of the nervous system, especially rhythmic networks of neurons
and their functions in cognition and motor control.
Eric
Kolaczyk (Mathematics :
kolaczyk@bu.edu)
Statistical modeling of temporal, spatial, and network-indexed
measurements.
Kamal Sen
(BME : kamalsen@bu.edu)
David Somers
(Psychology : somers@bu.edu)
Functional MRI, psychophysical, and computational modeling studies of
visual perception and attention.
Chantal Stern
(Psychology : chantals@bu.edu)
Functional magnetic resonance imaging (fMRI) studies of cognition, with
a focus on computational problems related to MR signal processing, image
analysis, cortical modeling and surface reconstruction.
Gene
Wayne (Mathematics: cew@math.bu.edu;
Qualitative solutions of partial differential equations arising in neurobiology
John
White (BME : jwhite@bu.edu)
Computational modeling and electrophysiology of cortical cells and networks
