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Butts, Daniel

Daniel Butts
Associate Professor
1118 Bioscience Research Building

Research Interests 

Sensory computation and neural coding
Natural vision and the role of eye movements
Network modulation of sensory processing
Statistical modeling of neural data
Activity-dependent development and synaptic plasticity


1995-2000 University of California, Berkeley, CA, Ph.D. Physics. Thesis: Early development of the visual system
1998 Marine Biological Laboratory, Woods Hole, MA. Methods in Computational Neuroscience
1990-1994 Oberlin College, Oberlin, OH, B.A. Physics and Mathematics, Graduation with Highest Honors
As we look at the world around us, we have immediate access to the composition of the visual scene into objects, as well as our relationship in space to those objects. This natural facility makes it possible to move though the world, catch or avoid moving objects, and base immediate decisions on a detailed understanding of the world around us. Only secondarily might we note the particular color or composition of particular points in the visual scene, or the angle between two contours resulting from one object partially occluding another, or other low-level visual features of the scene. Our brain processes vision much differently than computers do: a computer can easily store the hue and luminance of every pixel of an image, but – even with the best available software – it cannot parse an arbitrary natural image into its underlying elements.
However, in the absence of larger conceptual theories of how the brain processes information, established techniques have revolved around studying sensory systems’ abilities to represent information – rather than understand the computation that it performs. In order to study computation in the brain, it is necessary to both establish larger theories about what is being computed, and design experiments to link these larger theories to observable physiology.  
Research in the NeuroTheory Lab is concerned both with developing larger theories of system-level function in the visual and other sensory systems, as well as working closely with neurophysiologists to design and perform experiments that can guide and/or validate these theories. As a necessary third goal, we also develop new analytical tools to facilitate these new experiments, as well as increase what can be learned from existing experiments.


Related News 

Congratulations ISR graduates!
These new alumni graduated from the University of Maryland in December 2016. December 20, 2016

John S. Baras inducted into Clark School Innovation Hall of Fame
Baras created algorithms and protocols by which Internet services can be delivered over satellite. October 11, 2016

ISR welcomes five new affiliate faculty
Joining ISR: Ken Wood, Bill Fagan, Daniel Butts, Monifa Vaughn-Cooke, Ilya Ryzhov. July 5, 2016

Dan Butts speaks on neural computations
Dr. Butts gave a talk in 1103 Bioscience Research Building September 3, 2015