In Our Time: Culture Folgen

Melvyn Bragg and his guests discuss Shakespeare's play The Tempest. Written in around 1610, it is thought to be one of the playwright's final works and contains some of the most poetic and memorable passages in all his output. It was influenced by accounts of distant lands written by contemporary explorers, and by the complex international politics of the early Jacobean age.The Tempest is set entirely on an unnamed island inhabited by the magician Prospero, his daughter Miranda and the monstrous Caliban, one of the most intriguing characters in Shakespeare's output. Its themes include magic and the nature of theatre itself - and some modern critics have seen it as an early meditation on the ethics of colonialism.With:Jonathan Bate Provost of Worcester College, OxfordErin Sullivan Lecturer and Fellow at the Shakespeare Institute, University of BirminghamKatherine Duncan-Jones Emeritus Fellow of Somerville College, OxfordProducer: Thomas Morris.

Melvyn Bragg and his guests begin a new series of the programme with a discussion of the French polymath Blaise Pascal. Born in 1623, Pascal was a brilliant mathematician and scientist, inventing one of the first mechanical calculators and making important discoveries about fluids and vacuums while still a young man. In his thirties he experienced a religious conversion, after which he devoted most of his attention to philosophy and theology. Although he died in his late thirties, Pascal left a formidable legacy as a scientist and pioneer of probability theory, and as one of seventeenth century Europe's greatest writers. With:David Wootton Anniversary Professor of History at the University of YorkMichael Moriarty Drapers Professor of French at the University of CambridgeMichela Massimi Senior Lecturer in the Philosophy of Science at the University of Edinburgh.Producer: Thomas Morris.

Melvyn Bragg and his guests discuss the invention of radio. In the early 1860s the Scottish physicist James Clerk Maxwell derived four equations which together describe the behaviour of electricity and magnetism. They predicted the existence of a previously unknown phenomenon: electromagnetic waves. These waves were first observed in the early 1880s, and over the next two decades a succession of scientists and engineers built increasingly elaborate devices to produce and detect them. Eventually this gave birth to a new technology: radio. The Italian Guglielmo Marconi is commonly described as the father of radio - but many other figures were involved in its development, and it was not him but a Canadian, Reginald Fessenden, who first succeeded in transmitting speech over the airwaves.With:Simon Schaffer Professor of the History of Science at the University of CambridgeElizabeth Bruton Postdoctoral Researcher at the University of LeedsJohn Liffen Curator of Communications at the Science Museum, LondonProducer: Thomas Morris.