David Bourget (Western Ontario)
David Chalmers (ANU, NYU)
Rafael De Clercq
Jack Alan Reynolds
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Science and Engineering Ethics 19 (2):491-504 (2013)
The commercialization of academic science has come to be understood as economically desirable for institutions, individual researchers, and the public. Not surprisingly, commercial activity, particularly that which results from patenting, appears to be producing changes in the standards used to evaluate scientists’ performance and contributions. In this context, concerns about a gender gap in patenting activity have arisen and some have argued for the need to encourage women to seek more patents. They believe that because academic advancement is mainly dependent on productivity (Stuart and Ding in American Journal of Sociology 112:97–144, 2006; Azoulay et al. in Journal of Economic Behavior & Organization 63:599–623, 2007), differences in research output have the power to negatively impact women’s careers. Moreover, in the case of patenting activity, they claim that the gender gap also has the potential to negatively affect society. This is so because scientific and technological advancement and innovation play a crucial role in contemporary societies. Thus, women’s more limited involvement in the commercialization of science and technology can also be detrimental to innovation itself. Nevertheless, calls to encourage women to patent on grounds that such activity is likely to play a significant role in the betterment of both women’s careers and society seem to be based on two problematic assumptions: (1) that the methods to determine women’s productivity in patenting activities are an appropriate way to measure their research efforts and the impact of their work, and (2) that patenting, particularly in academia, benefits society. The purpose of this paper is to call into question these two assumptions
|Keywords||Gender-gap Patenting Commercialization of science|
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References found in this work BETA
Tamsin L. Braisher, Matthew R. E. Symonds & Neil J. Gemmell (2005). Publication Success in Nature and Science is Not Gender Dependent. Bioessays 27 (8):858-859.
Baruch A. Brody (2006). Intellectual Property and Biotechnology: The U.S. Internal Experience--Part I. Kennedy Institute of Ethics Journal 16 (1):1-37.
Howard Brody (2007). Hooked: Ethics, the Medical Profession, and the Pharmaceutical Industry. Rowman & Littlefield Publishers.
Inmaculada de Melo-Martin (2009). How Do Disclosure Policies Fail? Let Us Count the Ways. FASEB Journal 23 (6):1638-42.
Daniel Lee Kleinman & Steven P. Vallas (2001). Science, Capitalism, and the Rise of the “Knowledge Worker”: The Changing Structure of Knowledge Production in the United States. [REVIEW] Theory and Society 30 (4):451-492.
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