current lab members
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Dr. Neeraj Gandhi
Our research explores how the same population of neurons can multiplex numerous dimensions of information, and what algorithms limit the decoding to a certain subset of dimensions. We are also interested in principles of neuronal communication. We address these topics using a combination of experimental paradigms, including brain-computer interface, and computational methods in the context of sensation, cognition, and action.
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Dr. Clara Bourrelly
I am interested in the neural mechanisms underlying gaze orientation.
Postdoctoral student
Dept. of Bioengineering
clara.bourrelly.int@gmail.com
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Feiran Yang
Feiran is involed in two research projects. One focuses on understanding how the superior colliculus, at a population level, represents moving objects and motor commands for the interceptive eye movement. The second involves developing a brain-computer interface that requires volitional control of small groups of superior colliculus neurons to understand how sensation and action are differentially encoded in the same group of neurons.
Graduate Student
Dept. of Bioengineering
feiranyang1123@gmail.com
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Eve Ayar
Eve’s research efforts concern characterizing the time-course of the transition from sensory to motor bursts. She uses dimensionality reduction methods to visualize retained latent dimensions in state space to determine if the population responses of different paradigms occupy the same visual and motor subspaces. Similar occupancy patterns would imply that downstream structures do not differentiate between the behavioral tasks when processing the visual and motor signals.
Graduate Student
Program in Neural Computation
ecayar@andrew.cmu.edu
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Lane Lewis
Lane's research integrates artificial intelligence algorithms and pattern electrical stimulation to develop a cortical visual prosthetic in the nonhuman primate model.
Graduate Student
Program in Neural Computation
lrlewis@andrew.cmu.edu