Melvyn Bragg and guests discuss the Roman poet Ovid and explore the theme of metamorphosis from the transformation of Narcissus to the bug of Kafka’s story, and beyond. Ovid wrote at the beginning of The Metamorphoses - in Ted Hughes’ wonderful version - “now I am ready to tell how bodies are changed/Into different bodies/I summon the supernatural beings/who first contrived/The transmogrifications/In the stuff of life./You did it for your own amusement./Descend again, be pleased to reanimate/this revival of those marvels.”And descend they did: The metamorphoses is an extraordinarily wide sweep through the teeming, changing world of Roman and Greek mythology.The tales were immensely popular in their own day, they were an inspiration to Chaucer, Ovid was Shakespeare’s favourite poet, and two thousand years after they were written the stories of shape changing still seem relevant: Ted Hughes won the Whitbread Book of the Year with his translation of Tales from Ovid in 1997, and a new collection called Ovid Metamorphosed has garnered versions of the tales from authors and poets from all over the world.With A S Byatt, novelist and one of the contributors to Ovid Metamorphosed; Dr Catherine Bates, critic and Research Fellow, University of Warwick.
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In Our Time With Melvyn Bragg Folgen
Melvyn Bragg and his guests discuss the history of ideas - including topics drawn from philosophy, science, history, religion and culture.
Folgen von In Our Time With Melvyn Bragg
1097 Folgen
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Folge vom 02.03.2000Metamorphosis
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Folge vom 24.02.2000Grand Unified TheoryMelvyn Bragg examines 20th century physics’ quest for the ultimate theory of everything. Einstein left us with his theory of General Relativity, which explained how gravity works on the scale of stars, galaxies, and the universe itself and Schroedinger left us with the equation that explained the mechanics of the tiny quantum realm. Both theories work to wonderful effect in their own worlds, but (and this is the sticking point) gravity is strangely absent from the quantum realm and planets behave nothing like particles. The enigma for scientists throughout most of the last century is that, as they are currently formulated, general relativity and quantum mechanics cannot both be right. The history of twentieth century physics has been a struggle to find a way to unite them, to find what has become the holy grail of modern physics: The Grand Unified Theory. With Brian Greene, Professor of Physics and Mathematics, Columbia University and Cornell University; Sir Martin Rees, Astronomer Royal and Royal Society Research Professor in Astronomy and Physics at Cambridge University.
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Folge vom 17.02.2000ReadingMelvyn Bragg and guests discuss the history of the politics and practice of reading. Gustave Flaubert’s sage advice to us was: “Do not read, as children do, to amuse yourself, or like the ambitious, for the purpose of instruction. No, read in order to live.”Advice on reading - good and bad - litters the ages, from the Catholic Church refusing to translate the Bible into modern languages, to 18th century women being warned that injudicious reading could turn them to prostitution or worse. It seems that as soon as the written word was invented it came with a health warning. But thankfully, throughout the history of reading from the invention of the printing press onwards, much of that advice has been completely ignored. From the prayer wheel of medieval England to the electronic book, how has the process of reading has changed over time? How will tomorrow’s readers compare to those of the past, and is what we read today - and how we read it - essential or peripheral to the people we become?With Kevin Sharpe, Professor of History, University of Southampton; Jacqueline Pearson, Professor of English Literature, Manchester University.
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Folge vom 10.02.2000Goethe and the Science of the EnlightenmentMelvyn Bragg and guests discuss Johann Wolfgang von Goethe, the great poet and dramatist, famous for Faust, for The Sorrows of Young Werther, for Storm und Drang and for being a colossus in German literature. Born in the middle of the eighteenth century he lived through the first third of the nineteenth. He wrote lyric and epic verse, literary criticism, prose fiction, translations from 28 languages, he was a politician as well and was hailed by Napoleon as the boundless measure of man; but for much of his time, often to the exclusion of everything else, Goethe was a scientist. That was also part of this late flowering Renaissance man. Some say he paved the way for Darwin, some say he pre-dated the chaos theory, that he foreshadowed Gaia. In an age of romantic giants he was certainly a titan. He gave us the term morphology and sometimes he is even credited with inventing biology itself. How important were Goethe’s discoveries, and where does he really stand in the history of science? With Nicholas Boyle, Reader in German Literary and Intellectual History, Magdalene College, Cambridge, and biographer of Goethe; Simon Schaffer, Reader in the History and Philosophy of Science, Cambridge University and Fellow of Darwin College, Cambridge.