Cockcroft and Waltons Accelerator, 1932.

UNITED KINGDOM - NOVEMBER 20: In April 1932, at Cambridge, John Cockcroft (1897-1967) and Ernest Walton used this machine to accelerate protons to disintegrate lithium nuclei. In 1928 Gamow had explained, using quantum mechanics, how a particle escaped from a nucleus by tunnelling out through the barrier holding it in. Cockcroft realised that comparatively low-energy particles might be able to tunnel into a nucleus, causing it to disintegrate. They built this accelerator to prove it, and received the Nobel Prize in 1951. (Photo by SSPL/Getty Images)
UNITED KINGDOM - NOVEMBER 20: In April 1932, at Cambridge, John Cockcroft (1897-1967) and Ernest Walton used this machine to accelerate protons to disintegrate lithium nuclei. In 1928 Gamow had explained, using quantum mechanics, how a particle escaped from a nucleus by tunnelling out through the barrier holding it in. Cockcroft realised that comparatively low-energy particles might be able to tunnel into a nucleus, causing it to disintegrate. They built this accelerator to prove it, and received the Nobel Prize in 1951. (Photo by SSPL/Getty Images)
Cockcroft and Waltons Accelerator, 1932.
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Credits:
Science & Society Picture Library / Contributor
Redactioneel nr.:
90738194
Collectie:
SSPL
Gemaakt op:
20 november 1995
Datum van uploaden:
Soort licentie:
Rights managed
Release-informatie:
Geen release. Meer informatie
Bron:
SSPL
Naam materiaal:
10284226
Max. bestandsgrootte:
2521 x 3504 px (21,34 x 29,67 cm) - 300 dpi - 1 MB