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In Our Time: Science

Maxwell

In Our Time: Science

BBC

History

4.51.4K Ratings

🗓️ 2 October 2003

⏱️ 42 minutes

🧾️ Download transcript

Summary

Melvyn Bragg and guests discusses the life and ideas of James Clerk Maxwell whose work is not widely known, but whose genius and contribution to the age in which we live is enormous.He took the first colour photograph, defined the nature of gases and with a few mathematical equations expressed all the fundamental laws of light, electricity and magnetism - and in doing so he provided the tools to create the technological age, from radar to radio and televisions to mobile phones. He is credited with fundamentally changing our view of reality, so much so that Albert Einstein said, “One scientific epoch ended and another began with James Clerk Maxwell”. But who was James Clerk Maxwell? What were his ideas, and does this nineteenth century ‘natural philosopher’ deserve a place alongside Newton and Einstein in the pantheon of science? With Simon Schaffer, Reader in History and Philosophy of Science at the University of Cambridge; Peter Harman, Professor of the History of Science at Lancaster University and editor of The Scientific Letters and Papers of James Clerk Maxwell; Joanna Haigh, Professor of Atmospheric Physics at Imperial College London.

Transcript

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0:00.0

Thanks for down learning the In Our Time podcast. For more details about In Our Time and for our terms of use, please go to BBC.co.uk.

0:10.0

I hope you enjoy the program.

0:11.0

Hello, he took the first color photograph, defined the nature of gases, and with a few

0:16.7

elegant mathematical equations expressed all the fundamental laws of light electricity and

0:21.9

magnetism, and in doing so he provided the tools

0:24.8

to create the technological age from radar to radio and television to mobile phones.

0:29.8

He's credited with But who was James Clark Maxwell? What were his ideas and does this 19th century

0:45.8

natural philosopher deserve a place alongside Newton and Einstein in a

0:49.8

Pantion of science? His relative lack of fame is puzzling. With me to discuss his legacy

0:55.3

is PM Harmon, editor of the Scientific Letters and Papers of James Clark Maxwell,

0:59.4

and professor of the History of Science at Lancaster University, Simon Shaffer, reader in History and

1:04.2

and Philosophy of Science at the University of Cambridge, and Joanna Haig, Professor of Atmospheric

1:08.4

Physics at Imperial College London. Simon Shaffer, Maxil was born at the beginning of the 19th century, can we just briefly say born, parents, education up to Edinburgh?

1:18.0

So Maxwell was born in the great city of Edinburgh, the Athens of the north in 1831. He was the son of a relatively

1:27.6

wealthy and slightly eccentric Scottish lawyer and he was brought up in that rather characteristic Scott's way

1:36.2

marrying together urban life with the rural estate. His father was indeed a lared in rural Galloway and Maxwell had

1:48.4

charmed early life. His mother died when he was very young and it's been argued that that had a

1:56.4

profound effect on him. He was a boy of extraordinary ingenuity, clarity, and curiosity.

2:06.2

He went to school in Edinburgh, to the school in Edinburgh in fact which had been founded to turn Scotsman into English gentlemen and founded by

2:17.6

Walter Scott to do that. He went up to Edinburgh universities, as was common for his class, and was exposed there to really a very advanced and profoundly influential course in natural philosophy and mathematics and in general philosophy.

2:35.0

I think it's the exposure to a wide and deep philosophical education which begins to mark Maxwell out as a natural philosopher of genius.

2:46.0

Two more things, that was terrific.

...

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