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   Carved ivory bust of Sir Isaac Newton, by David Le Marchand
Carved ivory bust of Sir Isaac Newton, by David Le MarchandLarger image
Carved ivory bust of Sir Isaac Newton, by David Le Marchand
Carved ivory bust of Sir Isaac Newton, by David Le Marchand
Carved ivory bust of Sir Isaac Newton, by David Le Marchand
Carved ivory bust of Sir Isaac Newton, by David Le Marchand
Carved ivory bust of Sir Isaac Newton, by David Le Marchand
  Larger image
© 2006 The British Museum

AD 1718
Made in London, England

Newton was a mathematician and scientist. He was elected President of the Royal Society in 1702. His discoveries of the physical laws of motion and gravity and the laws of mechanics, and his study of the properties of light were revolutionary and remained the basis of physics for 200 years.

Height: 240 mm
The British Museum PE MLA Ivory Catalogue 455
British Museum: Carved ivory bust of Sir Isaac Newton
Scientific revolution
Scientific revolution
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Darwin and evolution
Darwin and evolution
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Amateur music making
Amateur music making
Commercialisation and mass consumption
Commercialisation and mass consumption
Early orchestras
Early orchestras
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Greek revival

The Arts and Crafts Movement
The Arts and Crafts Movement
Scientific revolution

The achievements of Sir Isaac Newton (AD 1642-1727) established a new way of looking at the physical world and dominated science for 200 years. In Principia Mathematica(1687) he set out the nature of space, time and motion; the laws of mechanics; and the laws of gravity. Opticks, on the properties of light, was published in 1704. After his death, he became a symbol of the Enlightenment.

Newton’s quantum leap in pure science was followed by small, practical scientific advances, achieved by men like James Watt who pioneered improvements in the working of the steam engine. The textile industry was revolutionised by John Kay’s ‘flying’ shuttling, James Hargreaves’ 'spinning jenny' and Richard Arkwright’s water-powered spinning frame. Humphrey Davy is best known for his ‘Davy lamp’ – a safety device for miners, but he also experimented with the properties of laughing gas (nitrous oxide) and delivered lectures to packed audiences at the Royal Institution in London.

The spirit of enquiry was also maintained by amateur groups like the Lunar Society (they met on nights when the moon was full), which included Erasmus Darwin, physician and scientist, and grandfather of Charles Darwin. It was not until the second half of the 19th century that science became an academic discipline and was applied to industry and technology on a large scale.

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© 2005 The British Museum