Clifford D. Conner Quotes (1941-)

“Modern science will continue to be blindly destructive as long as its operations are determined by the anarchism of market economic forces. The problem to be solved is whether science, technology, and industry can be brought under genuinely democratic control in the context of a global planned economy, so that all of us can collectively put our hard-won scientific knowledge to mutually beneficial use. I am confident it can be accomplished, but will it? If so, there is reason for optimism. If not... well, to paraphrase Keynes, "in the not-so-long run we're all dead."”

“Koyré's exaltation of the "Platonic and Pythagorean" elements of the Scientific Revolution... was based on a demonstrably false understanding of how Galileo reached his conclusions. Koyré asserted that Galileo merely used experiments as a check on the theories he devised by mathematical reasoning. But later research has definitively established that Galileo's experiments preceded his attempts to give a mathematical account of their results.”

“The French Revolution qualitatively transformed all aspects of human culture, including science, for better or worse. The institutional ideological changes wrought in French science by the Revolution and its aftermath shaped the subsequent course of modern science everywhere. The essential underlying factor, as the Hessen thesis maintains, was the victory of capitalism, which the Revolution consolidated. The new social order spread to Europe and the rest of the world, everywhere subordinating the further development of science to capitalist interests.”

“A blacksmith, Thomas Newcomen, in collaboration with a plumber, John Calley, produced the first commercially successful machine for "raising water by fire." Newcomen could not have based his design on prevailing scientific theory, White argued, because his engine relied on the dissolution of air in steam, and "scientists in his day were not aware that air dissolves in water." Evidently "the mastery of steam power" was a product of empirical science and was "not influenced by Galilean science."”

“A blacksmith, Thomas Newcomen, in collaboration with a plumber, John Calley, produced the first commercially successful machine for "raising water by fire." Newcomen could not have based his design on prevailing scientific theory, White argued, because his engine relied on the dissolution of air in steam, and "scientists in his day were not aware that air dissolves in water." Evidently "the mastery of steam power" was a product of empirical science and was "not influenced by Galilean science."”

“The French Revolution qualitatively transformed all aspects of human culture, including science, for better or worse. The institutional ideological changes wrought in French science by the Revolution and its aftermath shaped the subsequent course of modern science everywhere. The essential underlying factor, as the Hessen thesis maintains, was the victory of capitalism, which the Revolution consolidated. The new social order spread to Europe and the rest of the world, everywhere subordinating the further development of science to capitalist interests.”

“The French Revolution qualitatively transformed all aspects of human culture, including science, for better or worse. The institutional ideological changes wrought in French science by the Revolution and its aftermath shaped the subsequent course of modern science everywhere. The essential underlying factor, as the Hessen thesis maintains, was the victory of capitalism, which the Revolution consolidated. The new social order spread to Europe and the rest of the world, everywhere subordinating the further development of science to capitalist interests.”

“Koyré based his analysis on a narrow definition of science that focuses only on its purely theoretical aspects. He saw the Scientific Revolution as the advent and triumph of what he called the "mathematization of nature." At the same time he downplayed experimentalism as a relatively unimportant aspect of the new science.”

“The "Baconian" sciences were the kind Francis Bacon had in mind when he issued a call to revitalize science by basing it on craftsmen's knowledge of nature. Bacon is remembered as the most effective critic of the traditional learning promulgated the elite institutions of his day. ...Bacon advocated compiling a "history of arts," or encyclopedia of crafts knowledge...”

“Koyré's exaltation of the "Platonic and Pythagorean" elements of the Scientific Revolution... was based on a demonstrably false understanding of how Galileo reached his conclusions. Koyré asserted that Galileo merely used experiments as a check on the theories he devised by mathematical reasoning. But later research has definitively established that Galileo's experiments preceded his attempts to give a mathematical account of their results.”

“Koyré's exaltation of the "Platonic and Pythagorean" elements of the Scientific Revolution... was based on a demonstrably false understanding of how Galileo reached his conclusions. Koyré asserted that Galileo merely used experiments as a check on the theories he devised by mathematical reasoning. But later research has definitively established that Galileo's experiments preceded his attempts to give a mathematical account of their results.”

“Clifford D. Conner thinks... snobbery has distorted the writing of history from ancient times to the present, because historians are scribes themselves and it is a clean, soft hand that holds the pen. In writing about science, for instance, historians celebrate a few great names -- Galileo, Newton, Darwin, Einstein -- and neglect the contributions of common, ordinary people who were not afraid to get their hands dirty. With "A People's History of Science," Conner tries to help right the balance. The triumphs of science rest on a "massive foundation created by humble laborers," he writes. "If science is understood in the fundamental sense of knowledge of nature, it should not be surprising to find that it originated with the people closest to nature: hunter-gatherers, peasant farmers, sailors, miners, blacksmiths, folk healers and others."”

“When I graduated from Georgia Tech I worked for Lockheed Aircraft Company, which in 1966 sent me to England for a year to work as a design engineer on the C-5A cargo plane. My time in England coincided with the escalation of the Vietnam War. Opposition to that war would become a central passion of my life for the next several years. When I returned from England to Georgia, I resigned from Lockheed in a public act of protest against its role as a war profiteer. As a result, I became virtually unemployable for a while as the FBI dogged my trail, warning prospective employers against hiring me. (I suspected this at the time and confirmed it years later when I got my FBI files via a Freedom Of Information Act request.)”