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Towards Joseph Agassi’s Key Ideas March 15, 2015

Posted by Christopher Donohue in Agassi and the 20th century.
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This post contains some errors and mistakes, read about them here. where I revise them.

Joseph Agassi still writes a book a year and an article perhaps once every few months.  In the 1970s and 1980s, Agassi was considered to  be one of the premier historians and philosophers of science. His works such as 

  • Faraday as a Natural Philosopher, 1971
  • Science in Flux (Boston Studies in the Philosophy of Science, Vol. 28), 1975
  • Paranoia: A Study in Diagnosis (Boston Studies in the Philosophy of Science Vol. 50), 1976
  • Towards a Rational Philosophical Anthropology, 1977
  • Science and Society: Studies in the Sociology of Science, (Boston Studies in the Philosophy of Science, Vol. 65), 1981
  • Technology: Philosophical and Social Aspects,1985
  • and his essay collection, published in 1988, The Gentle Art of Philosophical Polemics 

encapsulate the core of his philosophical and social perspective.

All of these works were debated and reviewed extensively, oftentimes by infuriated and bewildered commentators. Now, many of his most recent books, such as Popper and his Popular Critics: Thomas Kuhn, Paul Feyerabend, Imre Lakatos, published last year, are barely reviewed at all. Agassi has become a bit of a niche writer.  This is remarkable given the attention he received twenty-five years ago and unfortunate given the power and cogency of many of his ideas.

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The Post-Marxist Social History of Science of Morris Berman, Pt. 3 April 21, 2011

Posted by Will Thomas in EWP Book Club.
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This post continues Pt. 2.  (Or, return to Pt. 1)

At the beginning of his preface to his book on the early years of the Royal Institution, Morris Berman explicitly states that his aim is to use history “to ask … significant questions regarding the nature and function of science in industrial society” (xi).  At the end of Pt. 2, I wrote that I believe we are secure insofar as we say that “science” and “reason” were “important cultural touchstones” in 19th-century Britain.

What I meant by a touchstone is that claiming that an explanation of something was “scientific” or that a proposed plan of action was “reasonable” would have been a means of associating the explanation or plan with a high status.  (These are of course still touchstones, although my impression is their present use in public discourse carries less of a sense of general virtue.)  However, given the number of such touchstones any society has — many of them contradictory — and given the lack of any control over the use of such touchstones, to say that some concept was a touchstone is not to say much at all.  Could, for example, an explanation deemed “scientific” trump an assessment of a plan as “unfair”?  It is not clear to me that we can say anything about the interplay of these concepts that would consistently describe social and political action, or even rhetoric in 19th-century Britain.

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Primer: Michael Faraday June 17, 2009

Posted by Will Thomas in EWP Primer.
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Michael Faraday (1791-1867) came from a London artisan family and as a youth became an apprentice at a bookbinding shop.  There he took the opportunity to read the books passing through, including such scientific titles as Conversations on Chemistry (1805) by Jane Marcet and Antoine Lavoisier’s landmark Elements of Chemistry (translated into English in 1790).  Supported in his explorations by his master and others, he attended popular scientific lectures, including some given by the celebrated chemist Humphry Davy (1778-1829) at the new Royal Institution (est. 1799).  In 1813 Faraday finagled a job as Davy’s assistant, and would remain at the Royal Institution for the rest of his life.

Faraday undertook his work throughout a period when the sciences were changing rapidly, as they were yoked into distinct specialties, and as his own area, the  experimental physical sciences, became dramatically more sophisticated.  Under Davy’s and other Royal Institution figures’ supervision, he learned the techniques of chemistry, and undertook all his early work in that field (and is credited with the discovery of benzene).  When Faraday initiated his interest in electricity and magnetism early in the 19th century, the harnessing of galvanic currents by means of voltaic piles was a recent innovation that had sparked extensive investigation into electrochemical effects (an alternative explanation is here).  Davy was a leader in this new field of study, and Faraday would likewise become an expert.  Faraday would eventually fall out with Davy—who would oppose his election to the Royal Society—and he came into his own at the Royal (more…)