Introduced by Dava Sobel
A fascinating insight into Galileo’s fundamental contribution to science. Introduced by the Pulitzer Prize finalist writer Dava Sobel.
When Galileo completed the first great work of modern science in 1632, he paved the way for freedom of scientific thought and paid the price with the loss of his own liberty. Supporting Copernicus’s heliocentric view of the universe against Ptolemaic geocentrism, the Dialogue was condemned by the Catholic Church, making Galileo a prisoner of the Inquisition for the rest of his life. Nevertheless it began a revolution, undermining the classical, reason-based tradition endorsed by the Church – because it supported the notion that humankind, and therefore God, lay at the centre of the universe – and leading science back to an objective, empirical attitude towards the cosmos.
Partly in an attempt to satisfy the Church, which had granted him permission to explain but not to endorse Copernicus’s theory, Galileo presented his ideas as a lively debate between two men, overseen by a neutral commentator, Sagredo. But by naming the defender of God’s intelligent design Simplicio (simpleton) and clearly aligning himself with Salviati, the proponent of the sun-centred view, Galileo displayed his beliefs all too clearly. What’s more, the Dialogue was considered particularly dangerous because, unlike Copernicus’s earlier work, it was aimed not at scholars but ordinary people. Galileo wrote in Italian, rather than Latin, and the book has the feel of a four-act play, with Simplicio and Salviati coming and going by gondola from Sagredo’s palazzo on Venice’s Grand Canal. Dramatic tension, poetic devices and humour are plentiful. Indeed it is Galileo’s brilliance as a prose stylist, as well as his seminal contribution to modern science, that makes the Dialogue so appealing to today’s reader.
‘A mine of information for anyone interested in the cultural history of the Western world’
Dava Sobel, an award-winning science writer whose books include Longitude and the Pulitzer Prize finalistGalileo’s Daughter, has written a new introduction. She notes that the first edition of the Dialogue ‘doubled in price on the black market, was smuggled out of the country, translated into Latin, into English, into German’ and considers why this bold work still has the power to fascinate. The text follows the definitive 1953 University of California Press edition, translated by Stillman Drake. It is illuminated by a wonderful selection of cosmographical illustrations, taken from European texts from the 9th century through to Galileo’s day. Alongside them are Galileo’s own drawings of his observations, including the phases of Venus, sunspots and the satellites of Jupiter.
Longman-History Today Historical Picture Researcher of the Year Award 2014 won by Cathie Arrington for her work on this edition
Galileo, in full Galileo Galilei (1564—1642), was an astronomer and mathematician who made fundamental contributions to the sciences of motion, astronomy and strength of materials and to the development of the scientific method. He was Professor of Mathematics at the University of Padua from 1592 to 1610, where he improved the refracting telescope and was the first to use it for astronomy. Galileo’s bold advocacy of the Copernican theory brought severe ecclesiastical censure and in 1633, a year after the publication of the Dialogue, he was forced by the Inquisition to retract his support for the theory. He was sentenced to indefinite imprisonment which was commuted to house arrest in Florence, where he remained under these restrictions until his death..
Stillman Drake (1910—93) was, for more than thirty years, the world’s pre-eminent interpreter of the life, times and work of Galileo. In addition to his acclaimed translations of Galileo’s works, Drake’s other books include Galileo, Science and the Church (1966), Galileo at Work: His Scientific Biography (1978) and Galileo: A Very Short Introduction (2001).
Dava Sobel is a science journalist and writer. She is the author of the international bestseller Longitude (1995), Galileo’s Daughter (1999), The Planets (2005) and A More Perfect Heaven: How Copernicus Revolutionized the Cosmos (2011). She has won many awards for her work, including the 1997 British Book of the Year Award for Longitude, the 1999 Los Angeles Times Book Prize and a nomination for the 2000 Pulitzer Prize in biography for Galileo’s Daughter.
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Review by foliovolumes on 10th Apr 2014
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