Electron diffraction camera, 1925.

UNITED KINGDOM - NOVEMBER 20: Made in Aberdeen by G P Thomson (1892-1975), the son of J J Thomson (1856-1940) who identified the electron. Working in the same field, G P Thomson observed diffraction of electrons passing through thin gold foil, recorded on photographic plates as concentric rings of varying intensity about the incident beam. This supported the idea of de Brogle that particles had wave-like properties. In 1937, G P Thomson received the Nobel Prize for this work, jointly with the American physicist C J Davisson (1881-1958) who also observed electron diffraction using nickel crystals. (Photo by SSPL/Getty Images)
UNITED KINGDOM - NOVEMBER 20: Made in Aberdeen by G P Thomson (1892-1975), the son of J J Thomson (1856-1940) who identified the electron. Working in the same field, G P Thomson observed diffraction of electrons passing through thin gold foil, recorded on photographic plates as concentric rings of varying intensity about the incident beam. This supported the idea of de Brogle that particles had wave-like properties. In 1937, G P Thomson received the Nobel Prize for this work, jointly with the American physicist C J Davisson (1881-1958) who also observed electron diffraction using nickel crystals. (Photo by SSPL/Getty Images)
Electron diffraction camera, 1925.
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Credit:
Science & Society Picture Library / Contributor
Editorial #:
90736697
Collection:
SSPL
Date created:
November 20, 1995
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License type:
Rights-managed
Release info:
Not released. More information
Source:
SSPL
Object name:
10284242
Max file size:
3504 x 2484 px (11.68 x 8.28 in) - 300 dpi - 1 MB