Listing of Sessions and Abstracts of Papers - History of Science ...
Listing of Sessions and Abstracts of Papers - History of Science ...
Listing of Sessions and Abstracts of Papers - History of Science ...
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universities. The crush <strong>of</strong> numbers changed dramatically what daily life was like in American physics<br />
departments, <strong>and</strong> recast what it meant to become a physicist in the United States. With the sudden<br />
increase <strong>of</strong> students, <strong>and</strong> the equally-sudden prestige enjoyed by physicists after the war, came fears that<br />
the new generation's ideas about social <strong>and</strong> intellectual conformity, about the material comforts to be<br />
expected from a life in physics, <strong>and</strong> about gender roles within the pr<strong>of</strong>ession showed signs <strong>of</strong> a more<br />
pervasive suburbanization. Norms, assumptions, <strong>and</strong> aspirations with which contemporary social<br />
commentators <strong>and</strong> subsequent historians have characterized broad swathes <strong>of</strong> American society after the<br />
war found expression, too, within the halls <strong>of</strong> American physics departments: in everything from graduate<br />
students' questionnaires, to junior faculty skits, to department chairs' annual reports. Whether celebrated<br />
or feared, many <strong>of</strong> these newly-fashioned cultural norms infused discussions within American<br />
physics departments about how <strong>and</strong> why to pursue a life in physics, affecting everything from admitting<br />
<strong>and</strong> evaluating students to organizing departmental social events. Forming <strong>and</strong> maintaining communities<br />
<strong>of</strong> young physicists loomed menacingly large for American physicists after the war --how they<br />
h<strong>and</strong>led these challenges <strong>and</strong> instilled them with meaning reveals much about the places <strong>of</strong> American<br />
physics within American history.<br />
Kim, Mi-Gyung<br />
E-mail Address: migyungkim@aol.com<br />
Newton in the Public Sphere <strong>of</strong> Chemistry<br />
Newton is everywhere <strong>and</strong> nowhere in Enlightenment science. The efforts to identify the main thrust<br />
<strong>of</strong> Eighteenth century sciences under the banner <strong>of</strong> Newtonianism have proved futile due to its Protean<br />
shape, defying efforts by historians to use it as an organizing theme. Detailed studies <strong>of</strong> Newtonian<br />
chemistry, in particular, only led to the conclusion that it ultimately failed to develop a significant<br />
relevance to the on-going practice <strong>of</strong> chemistry. As a consequence, the most sophisticated form <strong>of</strong><br />
'Newtonian' chemistry in Enlightenment France developed by Guyton de Morveau (1737-1816) fell into<br />
disfavor in the historiography <strong>of</strong> the Chemical Revolution. If we forego the history-<strong>of</strong>-ideas tradition in<br />
which ideas supposedly determine the development <strong>of</strong> science, however, we can find alternative ways <strong>of</strong><br />
discussing the presence <strong>of</strong> Newton in Enlightenment science. In this paper, I borrow Habermas' notion<br />
<strong>of</strong> 'public sphere' (as modified by Goodman <strong>and</strong> Bell) to talk about the authority <strong>of</strong> Newton constructed<br />
in the conversational culture <strong>of</strong> French Enlightenment. The very divide between Newtonians <strong>and</strong> anti-<br />
Newtonians bespeaks Newton's presence as an authoritative figure in this milieu. If Newtonian natural<br />
philosophy became an intellectual fashion that replaced Cartesianism in the public language <strong>of</strong> chemistry,<br />
exactly how 'Newtonian' chemistry differed from 'Cartesian' chemistry is not easy to characterize.<br />
By situating Guyton's program <strong>of</strong> affinity chemistry in the context <strong>of</strong> the French didactic tradition, I will<br />
elucidate how the presence <strong>of</strong> Newton in the public sphere <strong>of</strong> chemistry affected the development <strong>of</strong><br />
theoretical chemistry during the Chemical Revolution.<br />
Kim, Sang-Hyun<br />
E-mail Address: s.kim-2@sms.ed.ac.uk<br />
Computing Global Climate Change: The Early Development <strong>of</strong> General Circulation Models<br />
(GCMs) in Britain<br />
Until relatively recently, studies <strong>of</strong> climate <strong>and</strong> its change had been considered largely descriptive<br />
without solid theoretical underpinning. They had been rather overlooked by meteorologists <strong>and</strong> had<br />
quite <strong>of</strong>ten been left to geographers, geologists or paleobotanists. With the aids <strong>of</strong> new computing<br />
technology, however, climate studies gradually moved towards highly mathematical endeavors. By the<br />
late 1970s, climate research became more or less dominated by dynamical meteorologists, atmospheric<br />
physicists <strong>and</strong> physical oceanographers armed with complex numerical modeling as a principal method-