Daphne Soares’s (NACS '02), discovery of Dome Pressure Receptors, pressure-detecting mounds that enable crocodilians to detect movement of prey in water, appears in Nature. | Research Topics |

Daniel A. Butts

Position: Assistant Professor
Departments: Biology
Lab: NeuroTheory Lab
http://biology.umd.edu/ntlab
Research Areas: Auditory Neuroscience, Cellular, Molecular and Developmental Neuroscience, Network Models and Pattern Recognition
Research Levels: Systems Neuroscience, Theory and Computational Modeling
Research Approaches: Neurophysiology, Theory/Modeling
Research Note: The NeuroTheory Lab at University of Maryland operates at the interface of neuroscience experiment and theory, using experiments performed by collaborators to ground and validate conceptual frameworks and analytical methodology, and theory to guide experiment design and analysis. Our projects are largely focused on the visual system, where we are studying visual computation in the context of simulated natural vision experiments across multiple visual areas (retina, LGN, cortex). There are also projects in other areas including the auditory system, as well as studying synaptic plasticity and brain development. A key component of these projects is the study of how the computations performed by neurons explicitly use time: for example in the temporal patterns of spikes, the relationship to brain rhythms, and particular patterns of activity across neurons.
NACS Status: Regular
Contact: BRB 1118
College Park, MD 20742
301-405-9890
dab@umd.edu
http://biology.umd.edu/ntlab

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Kaushik Ghose (NACS Ph.D 2005) works in Dr Moss's Batlab studying the sonar beam patterns of flying echolocating bats as they chase insects. Kaushik hopes to discover how the percept of the environment can be formed entirely through sound. | More |

 

site map contacts at neuroscience program apply to the program for neuroscience NACS UMD