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Listing of Sessions and Abstracts of Papers - History of Science ...

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tion researchers worked both sides <strong>of</strong> the military/cancer therapy boundary <strong>and</strong> pitched their studies to<br />

military <strong>and</strong> civilian agencies including the Department <strong>of</strong> Defense, the National Cancer Institute <strong>and</strong><br />

the Atomic Energy Commission. Indeed, to speak <strong>of</strong> a boundary is not appropriate given the deeply entwinned<br />

character <strong>of</strong> the research efforts <strong>and</strong> the funding sources. Nevertheless, the history <strong>of</strong> these<br />

events by the victors, medical researchers who announced a cure for leukemia in the late 1970s, has not<br />

only a strong boundary between the two research problems, but medical researchers have effectively<br />

written out all vestiges <strong>of</strong> the military paternity <strong>of</strong> leukemia therapy. This presentation will try to recover<br />

some <strong>of</strong> the contingent <strong>and</strong> embedded character <strong>of</strong> military <strong>and</strong> cancer therapy research.<br />

Lachapelle, S<strong>of</strong>ie<br />

E-mail Address: S<strong>of</strong>ie.Lachapelle.1@nd.edu<br />

When Faith Was Not Enough: The Scientific Study <strong>of</strong> the Afterlife in France, 1880-1910<br />

Scientific spiritists <strong>of</strong> late nineteenth-century France found both the materialistic conception <strong>of</strong> death<br />

<strong>and</strong> the religious faith in the afterlife to be unsatisfying concepts. They hoped to build a new religion in<br />

which the methods <strong>of</strong> science could provide evidence for religious beliefs. In this paper, I will discuss<br />

some <strong>of</strong> their ideas on the scientific study <strong>of</strong> life after death. For Gabriel Delanne, Camille Flammarion,<br />

Gustave Geley, Louis Figuier, <strong>and</strong> others, death was not the end, but this conviction required scientific<br />

pro<strong>of</strong>. They were not a unified or an organized group what needed to be proven <strong>and</strong> what constituted a<br />

scientific pro<strong>of</strong> differed for each <strong>of</strong> them. But whether they believed in the existence <strong>of</strong> a soul independent<br />

<strong>of</strong> the human body or in reincarnation, faith was not enough one had to appeal to logic, observations,<br />

experiments, <strong>and</strong> sometimes morals <strong>and</strong> ethics to justify this assumption. Scientific spiritists<br />

borrowed metaphors from biology, evolutionary science, <strong>and</strong> astronomy to bring credibility <strong>and</strong> authority<br />

to their argument. By importing scientific concepts into the study <strong>of</strong> the afterlife, they refused to<br />

base their beliefs on faith alone <strong>and</strong> rejected the uncertainty given by science on life after death. The<br />

bridge they built between faith <strong>and</strong> reason illustrates a way in which the two need not be regarded as<br />

opposites. The story <strong>of</strong> their study <strong>of</strong> the afterlife highlights some <strong>of</strong> the complexities <strong>of</strong> the relationship<br />

between science <strong>and</strong> religion at the time.<br />

Lagueux, Olivier<br />

E-mail Address: lolivier@mac.com<br />

The Mathematization <strong>of</strong> Monsters: Isidore Ge<strong>of</strong>froy Saint-Hilaire's Teratology<br />

If not for the encouragement <strong>of</strong> his father, Isidore Ge<strong>of</strong>froy Saint-Hilaire (1805-1861) would probably<br />

have become a mathematician. Educated at the École Polytechnique in Paris, where a mathematical<br />

spirit prevailed from abstruse theoretical discussions down to practical engineering applications, he<br />

ended up studying medicine <strong>and</strong> natural history. While Isidore's early taxonomical <strong>and</strong> anatomical<br />

papers were somewhat classical, his later morphological works show his natural inclination toward<br />

mathematics. In his 3-volume treatise on organic anomalies (1832-37), one finds not only geometrical<br />

diagrams, but also statistics <strong>and</strong> equations. As double-monsters were characterized by an axis <strong>of</strong> symmetry--the<br />

two fused individuals that compose them being placed on each side <strong>of</strong> that imaginary axis--<br />

Isidore superimposed x <strong>and</strong> y coordinates to depictions <strong>of</strong> these anomalous newborns. He went as far as<br />

developing algebraic series to account for the various forms <strong>of</strong> a given type <strong>of</strong> monstrosity. While<br />

caloric, motion, or gravitation inspired Étienne Ge<strong>of</strong>froy Saint-Hilaire (1772-1844), his son Isidore<br />

preferred the reassuring coldness <strong>of</strong> mathematics. As a predictive tool, the younger Ge<strong>of</strong>froy chose<br />

analytical geometry over outmoded chemical affinities, which indicates the impact mathematicians like<br />

Monge <strong>and</strong> Lagrange had on French science. While the two Ge<strong>of</strong>froys shared a strong interest for<br />

teratology, they applied to this new science divergent methods. "Among the works that are common to<br />

the father <strong>and</strong> the son," wrote the Academician Jean-Baptiste Dumas, "at least according to their topic,

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