Sean B. Seymore

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Photo of Sean B. Seymore

Professor of Law .Professor of Chemistry (secondary appointment)

Voice: 615-875-7604
Email: sean.seymore@vanderbilt.edu
Office: 295
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Research Interest(s)

Patent law, law and science

Education

J.D. University of Notre Dame
Ph.D. (Chemistry) University of Notre Dame
M.S.Chem. Georgia Institute of Technology
B.S. (Chemistry) University of Tennessee

Biography

Sean Seymore’s research focuses on how patent law should evolve in response to scientific advances and how the intersection of law and science should influence the formulation of public policy. Professor Seymore joined Vanderbilt’s law faculty in 2010, having previously taught at Washington & Lee University School of Law, where he was an assistant professor of law and earned the designations of Alumni Faculty Fellow and Huss Faculty Fellow for his scholarship and teaching. He was a visiting assistant professor at Northwestern University School of Law in 2007-08. Before law school, Professor Seymore held academic appointments in chemistry at Rose-Hulman Institute of Technology and Rowan University and was a visiting scientist at Indiana University-Bloomington. After earning his law degree, he practiced patent law with Foley Hoag in Boston. As an active member of the American Chemical Society (ACS), he served on the executive committee for the Division of Chemistry and the Law from 2009-2012, on the Committee on Patents and Related Matters from 2006-07 and on the Younger Chemists Committee from 2002-06. In spring 2012, Professor Seymore was appointed to the Program in Science, Technology, and Society at the Massachusetts Institute of Technology as a Dr. Martin Luther King Jr. Visiting Associate Professor.

Professor Seymore earned his B.S. in chemistry at the University of Tennessee as a Tennessee Scholar, an M.S.Chem. (with thesis) from the Georgia Institute of Technology, a Ph.D. in chemistry from the University of Notre Dame with an Arthur J. Schmitt Presidential Fellowship, and a J.D. from the University of Notre Dame with an Allen Endowment Fellowship. His dissertation, Polar Effects in Metal-Mediated Nitrogen and Oxygen Atom Transfer (see several novel compounds he synthesized), led to four peer-reviewed publications in Inorganic Chemistry, including a cover article.
 

Representative Publications


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