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Neurobiology, the exploration of the nervous system, represents a deeply interconnected scientific field. Today's neurobiologists need familiarity with ideas spanning molecular biology, cellular and developmental biology, systems neuroscience, animal behavior, and computational modeling. The graduate program's objective is to immerse every student in this wide-ranging discipline. We achieve this through a first-year curriculum featuring required courses in key areas and a foundational course covering diverse topics. Students join neurobiology from varied academic backgrounds, including particle physics, physiology, and psychology. Therefore, each Ph.D. candidate works with a first-year advisor to tailor coursework that enhances their existing knowledge. In subsequent years, students concentrate on pioneering research within their selected specialization. Our aim is for graduates to emerge with concrete research achievements and the comprehensive insight needed to guide their future endeavors in brain science.
Applicants must have completed a bachelor's degree or the equivalent before beginning graduate study.
Applicants whose native language is not English and those who have had no formal instruction in English will be required to take a test to evaluate English proficiency. Please refer to "Required Tests" for a list of the GRE reporting requirements and the English proficiency exams currently accepted. The admissions committee may also consider research papers, publications and other original work.