|
Faculty Name |
Department |
Research Area |
 |
Wyeth Bair |
Biological Structure |
Computer modeling of visual cortical circuits |
 |
Andre Berndt |
Bioengineering |
Developing biosensors for optogenetics |
 |
Bing Brunton |
Biology |
Data-driven, low-dimensional dynamic models of neuronal networks |
 |
Steve Brunton |
Mechanical Engineering |
Data driven dynamical systems in sensorimotor control |
 |
Beth Buffalo |
Physiology & Biophysics |
Learning, memory and navigation in primates |
 |
Sam Burden |
Electrical and Computer Engineering |
Predictive dynamical models for sensorimotor control |
 |
Art Chaovalitwongse |
Industrial & Systems Engineering, Radiology |
Optimization, machine and statistical learning, big data |
 |
Howard Chizeck |
Electrical and Computer Engineering |
Brain-computer interfaces, closed loop control, neural security, haptics, teleoperation |
 |
Eric Chudler |
Bioengineering |
Neuroactive properties of plants to treat disease |
 |
Tom Daniel |
Biology |
Sensorimotor integration and flight control |
 |
Horacio de la Iglesia |
Biology |
Neural and molecular basis of biological timing |
 |
Adrienne Fairhall |
Physiology & Biophysics |
Adaptive neural coding |
 |
Eberhard Fetz |
Physiology & Biophysics |
Motor control and brain-computer interfaces |
 |
Ione Fine |
Psychology |
Encoding models for visual prostheses |
 |
Emily Fox |
Statistics |
Bayesian approaches to time-series and longitudinal data analysis |
 |
Sawyer Fuller |
Mechanical Engineering |
Insect-sized robotics, flight control in insects, millimeter-scale fabrication |
 |
David Gire |
Psychology |
Neural circuit mechanisms of sensory processing and decision-making |
 |
Sharona Gordon |
Physiology & Biophysics |
Mechanisms of regulating the gain of pain transduction |
 |
Tom Grabowski |
Radiology, Neurology |
Functional imaging and EEG of cognition |
 |
Greg Horwitz |
Physiology & Biophysics |
Cortical visual processing, optogenetics |
 |
Reza Hosseini Ghomi |
Psychiatry and Behavioral Sciences, Neurology |
Voice-based classification of neurological and psychiatric disorders |
 |
Nathan Kutz |
Applied Mathematics |
Nonlinear dynamics and dimensionality reduction |
 |
Adrian KC Lee |
Speech and Hearing Sciences, Institute for Learning & Brain Sciences |
Auditory attention, MEG, brain-computer interfaces |
 |
Wu-Jung Lee |
Applied Physics Laboratory |
Acoustic sensing by animals and engineered systems |
 |
Arka Majumdar |
Electrical and Computer Engineering |
Developing nanophotonic technologies for optical information science and imaging |
 |
Bill Moody |
Biology |
Role of spontaneous waves of electrical activity in mammalian brain development |
 |
Samira Moorjani |
Physiology & Biophysics |
Electrochemical neural interfaces for promoting motor plasticity and repair |
 |
Kristi Morgansen |
Aeronautics & Astronautics |
Control and sensing methods for nonlinear and coordinated control systems |
 |
Chet Moritz |
Rehabilitation Medicine, Physiology & Biophysics |
Neuroprostheses for brain and spinal cord injury |
 |
Jeff Ojemann |
Neurological Surgery |
Electrocorticography, brain-computer interfaces |
 |
Amy Orsborn |
Electrical and Computer Engineering, Bioengineering |
Engineering and understanding learning to develop neural therapies |
 |
Anitha Pasupathy |
Biological Structure |
Neurobiology of visual shape processing and object recognition |
 |
David Perkel |
Biology, Otolaryngology |
Neural mechanisms of vocal learning, production, and processing |
 |
Steve Perlmutter |
Physiology & Biophysics |
Motor control, neural plasticity, neuroprostheses for spinal cord injury |
 |
Chantel Prat |
Psychology, Institute for Learning & Brain Sciences |
Individual differences in higher-level cognitive abilities, fMRI, EEG, TMS |
 |
Hong Qian |
Applied Mathematics |
Stochastic mathematics and statistical physics of channels, neurons, and neural networks |
 |
Rajesh Rao |
Computer Science & Engineering |
Computational modeling, brain-computer interfaces |
 |
Michael Regnier |
Bioengineering, Physiology & Biophysics |
Molecular and cellular mechanisms regulating muscle contraction |
 |
Matt Reynolds |
Electrical and Computer Engineering, Computer Science & Engineering |
Ultra-low power sensing and computation, RFID |
 |
Fred Rieke |
Physiology & Biophysics |
Sensory signal processing in the retina |
 |
Jeff Riffell |
Biology |
Neuroecology and chemosensation |
 |
Ariel Rokem |
eScience Institute |
Neuroinformatics |
 |
Eric Rombokas |
VA Center for Prosthetic Engineering and Limb Loss Prevention, Mechanical Engineering |
Sensory feedback in prosthetics, control theory, machine learning |
 |
Jay Rubinstein |
Otolaryngology, Bioengineering |
Biophysics and engineering of cochlear implants |
 |
Chris Rudell |
Electrical and Computer Engineering |
Low-power CMOS integrated circuits for neural interface applications |
 |
Ramkumar Sabesan |
Ophthalmology |
High-resolution functional imaging of the retina |
 |
Rajiv Saigal |
Neurological Surgery |
Polymers and biomaterials for treating traumatic spinal cord (SCI) and brain injury (TBI) |
 |
Visvesh Sathe |
Electrical and Computer Engineering |
Ultra-low power digital and mixed-signal design |
 |
Eric Shea-Brown |
Applied Mathematics |
Nonlinear dynamics in neural computation |
 |
Joshua Smith |
Electrical and Computer Engineering, Computer Science & Engineering |
Alternative sensing systems, robotics, wireless power, medical devices |
 |
Kat Steele |
Mechanical Engineering |
Engineering to empower human mobility |
 |
Nick Steinmetz |
Biological Structure |
Distributed neural circuits underlying vision, cognition, and action in mice |
 |
Andrea Stocco |
Psychology, Institute for Learning & Brain Sciences |
Computational models of cognitive processes, fMRI, EEG, TMS |
 |
John Tuthill |
Physiology & Biophysics |
Neural coding of mechanosensation and motor control |
 |
Azadeh Yazdan |
Bioengineering, Electrical and Computer Engineering |
Neurorehabilitation using novel neural technologies |
 |
Jason Yeatman |
Speech and Hearing Sciences, Institute for Learning & Brain Sciences |
Neurobiology of cognitive development and learning to read |