|
Name
|
Department
|
Research Interests
|
|
Ido
Braslavsky
|
Physics and Astronomy
|
Biophysics, antifreeze proteins, single molecule
detection and manipulation
|
|
Jeff Connor
|
Mathematics
|
Wavelets, time series
|
|
Kim Cuddington
|
Biological Sciences
|
Theoretical/mathematical ecology
|
|
Warren Currie
|
Biological Sciences
|
Pattern and scale in aquatic ecosystems
|
|
Ralph DiCaprio
|
Biological Sciences
|
Neuroscience. Central pattern generation in the
crab
|
|
Saw-Wai Hla
|
Physics and Astronomy
|
Experimental Nanophysics, single molecule chemical
reactions
|
|
Scott Hooper
|
Biological Sciences
|
Neuroscience, central pattern generation and motor
expression
|
|
William Holmes
|
Biological Sciences
|
Computational Neuroscience, signaling mechanisms in
LTP
|
|
Peter Jung
|
Physics and Astronomy
|
Computational Neuroscience. Stochastic
processes, calcium signaling, neural-glial interactions, axon transport
|
|
Winfried Just
|
Mathematics
|
Bioinformatics, applications of game theory to animal
behavior
|
|
Don Miles
|
Biological Sciences
|
Ecology. Fitness, mating behavior, habitat
selection
|
|
Alexander
Neiman
|
Physics and Astronomy
|
Theoretical biophysics, stochastic synchronization of
electroreceptors in paddlefish, nonlinear dynamics
|
|
Ellengene Peterson
|
Biological Sciences
|
Vestibular neuroethology. Hair cell biomechanics
|
|
Robert
Rakowski
|
Biological Sciences
|
Cellular physiology, membrane biophysics, ion
transport by electrogenic pumps
|
|
Willem Roosenburg
|
Biological Sciences
|
Habitat selection and environmental quality effects on
life history evolution of animals
|
|
Mike Rowe
|
Biological Sciences
|
Information processing in the vestibular system
|
|
David Tees
|
Physics and Astronomy
|
Biophysics, cell adhesion molecule properties
|
|
Todd Young
|
Mathematics
|
Applied math, chaos, dynamical systems, bioinformatics
|
