Humphry Davy: Science and Power (Cambridge Science Biographies)

Humphry Davy: Science and Power (Cambridge Science Biographies)

by David Knight (Author)

Synopsis

In this illuminating and entertaining biography David Knight draws upon Humphry Davy's poetry, notebooks, and informal writings to introduce us to one of the first professional scientists. Davy is best remembered for his work on laughing gas, for the arc lamp, for isolating sodium and potassium, for his theory that chemical affinity is electrical, and, of course, for his safety lamp. His lectures on science made the fortunes of the Royal Institution in London, and he taught chemistry to the young Faraday. He is also recognized for his poetry and was the friend of Coleridge, Wordsworth, and Byron. By investigating Davy's life Knight shows what it was like to be a creative scientist in Regency Britain, demonstrating the development of science and its institutions during this crucial period in history.

$58.57

Quantity

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More Information

Format: Paperback
Pages: 236
Edition: Reprint
Publisher: Cambridge University Press
Published: 05 Feb 1998

ISBN 10: 0521565391
ISBN 13: 9780521565394
Book Overview: An entertaining, accessible biography of Humphry Davy, professional scientist, inventor, and poet.

Media Reviews
'... absorbing and so beautifully written ... it is indeed rare to encounter a text that at one and the same time represents a major piece of scholarship and yet is notably accessible, illuminating and entertaining.' Dr B. Dixon, New Scientist
'I highly recommend this book. Knight has vividly depicted the life and times of the greatest creative scientist in Regency Britain along with the development of science and its institutions during this crucial historical period.' George B. Kauffman, Chemistry and Industry
In his exploration of Davy's life and times, Knight has vividly depicted what it was like to be a creative scientist in Regency England, and has demonstrated the development of science and its institutions during this crucial historical period. Chemical & Engineering News