Richard R. Nelson

Richard R. Nelson (born 1930 in New York City) is an American professor of economics at Columbia University.[1] He is one of the leading figures in the revival of evolutionary economics thanks to his seminal book An Evolutionary Theory of Economic Change (1982) written jointly with Sidney G. Winter.[2] He is also known for his work on industry, economic growth, the theory of the firm, and technical change.

Richard R. Nelson
Born1930 (age 89–90)
New York City, New York, U.S.
NationalityAmerican
Spouse(s)Katherine Nelson (died 8/18)
FieldEvolutionary economics
School or
tradition		Evolutionary economics

Education and early work

Nelson gained a B.A. at Oberlin College in 1952, and a Ph.D. at. Yale University in 1956.[3]

Career

Roles

Nelson worked as

  • Assistant Professor, Oberlin College - 1957,
  • Research Economist and analyst, the RAND Corporation - 1957-1960, 1964-1968,
  • Associate Professor, Carnegie Institute of Technology - 1960-1961,
  • Staff Senior Member, Council of Economic Advisors (under President John F. Kennedy) - 1961-1963,
  • Professor of Economics, Yale University - 1968-1986,
  • Director, Institute for Social and Policy Studies, Yale University - 1980-1986,
  • Professor, Columbia University, 1986 – 2005,
  • Director, Program on Science, Technology and Global Development, Columbia Earth Institute, 2005.[4]

Nelson is currently the George Blumenthal Professor Emeritus of International and Public Affairs, Business, and Law, and the director of the Program on Science, Technology and Global Development at Columbia's The Earth Institute. He is also a part-time faculty in the Manchester Institute of Innovation Research (MIoIR, formerly known as PREST), University of Manchester.[5] Previously he was professor at Oberlin College, Carnegie Mellon University, and Yale University (1968–1986) where he was the director of the Institute for Social and Policy Studies (1981–1986).

Nelson has cooperated with Erik Reinert and his heterodox economics network The Other Canon Foundation.[6]

Work

Difficult public policy issues

In 1977 Nelson wrote an essay, The Moon and the Ghetto: An Essay on Public Policy Analysis,[7] which asked "If we can put a man on the moon, why can't we solve the problem of the ghetto?" He argued that public policy progress was often hampered by the partial, and often faulty, conceptualisation of problems and solutions by the different decision-making parties. Economists, public policy experts and technologists all understand problems within their own terms of reference, and thus challenge the validity of other perspectives. This leads to muddling of values and facts, and to internecine policy warfare. Nelson recommended open-minded dialogue and a sequential, experimental approach to hard problems.[8][9][10]

Technological paradigms

In 2008 Nelson wrote on “technological paradigms”. He believed the power of these varied greatly across fields of practice, in the sense that in certain field's progress has been much more rapid than in others where comparable resources have been applied to the effort. He proposed that one important factor in this is the extent to which the technology in a field is controllable and replicable. Another factor is the strength of the supporting sciences. He argued that these factors are strongly intertwined with the causal arrows going both ways.[11]

Awards

Nelson has won various awards.[12] In 2005 he was awarded the Leontief Prize presented by the Global Development and Environment Institute at Tufts University. In 2006 he became the 27th laureate of the Honda Prize.

Books
  • (co-editor with Jan Fagerberg and David Mowery) The Oxford Handbook of Innovation (2005) ISBN 0-19-928680-9
  • (editor), National Innovation Systems: A Comparative Analysis (1993)
  • Understanding Technical Change as an Evolutionary Process (1987) ISBN 0-674-01916-4
  • (co-author with Sidney G. Winter), An Evolutionary Theory of Economic Change (1982) ISBN 0-674-27228-5
  • The Moon and the Ghetto (1977) ISBN 978-0-393-09173-1
gollark: So possibly some rolling-average-type thing with an exception, or heavier weighting, for really steep walls?
gollark: Did someone already suggest a rolling average sort of thing?
gollark: Hmmm, that does sound like a hard problem.
gollark: But there may be a better approach for your particular problem, so what is it for exactly?
gollark: The Σ bits are just "sum of", which are really easy to implement with for loops.

References
  1. Richard Nelson (b. 1930) http://professor-murmann.info/index.php/weblog/fullarticle_research/1124/
  2. Innoresource Bio.
  3. http://etss.net/nelson/
  4. http://etss.net/nelson/
  5. Manchester Business School - News and Events
  6. http://tg.deca.ee/files/main/2006013112494141.pdf
  7. ISBN 978-0-393-09173-1
  8. https://www.ft.com/content/45ede2b2-863d-11ea-b872-8db45d5f6714?emailId=5ea7d28ad26cbd0004847a33&segmentId=269ab16c-599f-119f-3d76-260b55fc8e43
  9. https://academic.oup.com/spp/article-abstract/38/9/681/1629269?redirectedFrom=fulltext
  10. https://www.jstor.org/stable/42783365?seq=1
  11. https://academic.oup.com/icc/article-abstract/17/3/485/745281?redirectedFrom=fulltext
  12. http://etss.net/nelson/
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