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5. Computational Neuroscience
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This science division attempts to integrate the results of research in the neurosciences with
research in the computer sciences, where models and computer simulations of brain functioning
and language development have been developed. This division requires taking an intelligent
combination of computer science and neuroscience courses in order to provide a satisfactory
background in both.
Potential Courses:
Computer Science 181: Intelligent Machines: Perception, Learning, and Uncertainty
Computer Science 182: Intelligent Machines: Reasoning, Actions, and Plans
NB: Students interested in this division are strongly encouraged to investigate courses at MIT
in the Brain & Cognitive Sciences Department. MIT is particularly strong in the language
development area. Some suggested courses:
9.29J: Introduction to Computational Neuroscience
9.56J: Abnormal Language
9.59IJ: Language Processing
24.09: Minds and Machines (Dept. of Linguistics and Philosophy)
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6. Neurobiology
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The neurobiology division investigates the molecular, biochemical and genetic bases of nervous
system functioning. This area is particularly suitable for pre-meds because you may count one
course in organic chemistry (Chemistry 17, 20, 27, or 30).
Potential Courses: MCB 115: Cellular Basis of Neuronal Function
MCB 118: From Egg to Embryo to Organ
MCB
129:
Molecular
Genetics
of
Neural Development and Behavior
[MCB 141: Molecular and Developmental Neurobiology]
[
Neurobiology 135. Current Topics in Cognitive Neuroscience Research