Patents and the University
University of California, Davis - School of Law
February 14, 2013
Duke Law Journal, Vol. 63, 2013, Forthcoming
UC Davis Legal Studies Research Paper No. 324
This Article advances two novel claims about the internalization of academic science within patent law and the concomitant evolution of “academic exceptionalism.” Historically, relations between patent law and the university were characterized by mutual exclusion, based in part on normative conflicts between academia and exclusive rights. These normative distinctions informed “academic exceptionalism” — the notion that the patent system should exclude the fruits of academic science or treat academic entities differently than other actors — in patent doctrine. As universities began to embrace patents, however, academic science has become internalized within the traditional commercial narrative of patent protection. Contemporary courts frequently invoke universities’ commercial nature to reject exceptional treatment for such institutions. The twin trends of internalization and exceptionalism have evolved again in recent legislative patent reform. On one hand, the interests of academic science have become completely internalized within the patent system to the extent that they inform general rules of patentability applying to all inventions. On the other hand, academic exceptionalism has been resurrected in the form of special statutory carve-outs for universities. Turning from the descriptive to the normative, this Article concludes with recommendations for improving the patent system’s regulation of academic science.
Number of Pages in PDF File: 88
Keywords: patents, intellectual property, technology transfer, universities, academic science, law and science, licensing, Federal Circuit, patent reform, America Invents Act, university patenting, law and normsAccepted Paper Series
Date posted: February 14, 2013 ; Last revised: October 1, 2013
© 2014 Social Science Electronic Publishing, Inc. All Rights Reserved.
This page was processed by apollo3 in 0.469 seconds