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Arthur McDonald Canadian astrophysicist illustration
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Illustration of the British theoretical physicist Peter Higgs (1929-2024) Higgs is best known for predicting (in 1964) the existence of a new type of
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Yoichiro Nambu Japanese-US physicist illustration
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Illustration of the Japanese physicist Toshihide Maskawa (1940-2021) Maskawa studied at Nagoya University and then worked on particle physics at Kyo
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Rainer Weiss German-American physicist illustration
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Makoto Kobayashi Japanese physicist illustration
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Sam Ting (born 1936) Chinese-born American physicist In November 1974 Ting his group at the Brookhaven National Laboratory Long Island discover
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US physicists and Nobel Prize in Physics laureates Standing from left Val Logsdon Fitch (born 1923 1980 Nobel) James Watson Cronin (born 1931 198
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Samuel Chao Chung Ting (born 1936) US physicist Ting received the Nobel Prize in 1976 with Burton Richter for discovering the subatomic JPsi meso
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Editorial use only This image may not be used to state or imply endorsement by CERN of any product activity or service Jerome Friedman (born 1930)
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Francois Englert Belgian physicistillustration
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Barry Barish American physicist illustration
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Illustration of the French physicist Albert Fert (born 1938) Fert is best known as one of the discoverers of giant magnetoresistance which enabled t
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Beam screen for High-Luminosity LHC
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Beam screen for High-Luminosity LHC
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Anton Zeilinger Austrian physicist illustration
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Peter Higgs( b1929) British theoretical physicist In 1964 Higgs predicted the existence of a new type of fundamental particle called the Higgs bo
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Peter Higgs( b1929) British theoretical physicist In 1964 Higgs predicted the existence of a new type of fundamental particle called the Higgs bo
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Peter Higgs( b1929) British theoretical physicist In 1964 Higgs predicted the existence of a new type of fundamental particle called the Higgs bo
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Higgs mechanism equation on a blackboard The Higgs mechanism explains how the Higgs field confers mass on other particles through their interaction w
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Alain Aspect French physicist illustration
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Hawking radiation conceptual illustration
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Schrodingers cat composite illustration
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Schrodingers cat composite illustration
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Schrodingers cat composite illustration
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Schrodingers cat composite illustration
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Peter Higgs (b1929) British theoretical physicist In 1964 Higgs predicted the existence of a new type of fundamental particle called the Higgs bo
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Peter Higgs (b 1929) British theoretical physicist at the ATLAS (a torodial LHC apparatus) detector CERN (the European particle physics laboratory
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Peter Higgs (b 1929) British theoretical physicist at the CMS (compact muon solenoid) detector CERN (the European particle physics laboratory) nea
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Peter Higgs (b 1929 right) British theoretical physicist at the ALICE (a large ion collider experiment) detector CERN (the European particle phys
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Conceptual illustration of Hawking radiation being emitted from a black hole Hawking radiation named after the physicist Stephen Hawking is a theor
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Hawking radiation conceptual illustration
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Discovery of the positron 1932
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Antiproton accumulator CERN
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Schrodingers cat illustration
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Cyclotron particle accelerator interior
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October 31 2002 Tokyo Japan - Physicist Masatoshi Koshiba attends a news conference at the foreign press club in Tokyo Koshiba won the Nobel prize
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October 31 2002 Tokyo Japan - Physicist Masatoshi Koshiba attends a news conference at the foreign press club in Tokyo Koshiba won the Nobel prize
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October 31 2002 Tokyo Japan - Physicist Masatoshi Koshiba attends a news conference at the foreign press club in Tokyo Koshiba won the Nobel prize
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October 31 2002 Tokyo Japan - Physicist Masatoshi Koshiba attends a news conference at the foreign press club in Tokyo Koshiba won the Nobel prize
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Cyclotron particle accelerator interior
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Cyclotron particle accelerator abstract image
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Cyclotron particle accelerator abstract image
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Cyclotron particle accelerator abstract image
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Cyclotron particle accelerator abstract image
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Particle accelerator dipole magnets abstract image
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October 31 2002 Tokyo Japan - Physicist Masatoshi Koshiba attends a news conference at the foreign press club in Tokyo Koshiba won the Nobel prize
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October 31 2002 Tokyo Japan - Physicist Masatoshi Koshiba attends a news conference at the foreign press club in Tokyo Koshiba won the Nobel prize
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October 31 2002 Tokyo Japan - Physicist Masatoshi Koshiba attends a news conference at the foreign press club in Tokyo Koshiba won the Nobel prize
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BSir Mark Oliphantb (1901-2000) Australian nuclear physicist and politician He worked with Ernest Rutherford with whom he discovered tritium an i
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Particle accelerator dipole magnets abstract image
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Particle accelerator quadrupole magnets abstract image
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Particle accelerator quadrupole magnets abstract image
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Particle physics supersymmetry Conceptual illustration showing the standard model particles with their heavier superpartners introduced by the supers
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Particle physics supersymmetry Conceptual illustration showing the standard model particles with their heavier superpartners introduced by the supers
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Conceptual illustration of a Majorana fermion which is also its own antiparticle A fermion is a sub-atomic particle that has a half-integer spin Maj
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Richard Taylor Portrait of the Canadian particle physicist Richard Taylor (born 1929) Taylor became interested in physics after the atomic bombs end
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Murray Gell-Mann Portrait of Murray Gell-Mann (born 1929) American theoretical physicist Ent- ering University aged 15 Gell-Mann had a doctor- ate
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BLeon Ledermanb Portrait of Leon Max Lederman (1922 -) American physicist Lederman studied Imuonsi a type of subatomic particle In 1962 he le
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British theoretical physicist Professor Peter Higgs (b 1929) In 1964 Higgs predicted the existence of a new type of fundamental particle commonly
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Majorana fermion conceptual illustration
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Dark Matter conceptual illustration
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Raman spectrometry
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Raman spectroscopy
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Nuclear reactor Cherenkov radiation
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Big Bang Conceptual computer artwork of a man running towards a glow of light This along with the mathematical formulae can represent research int
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British theoretical physicist Professor Peter Higgs (b 1929) In 1964 Higgs predicted the existence of a new type of fundamental particle commonly
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British theoretical physicist Professor Peter Higgs (b 1929) In 1964 Higgs predicted the existence of a new type of fundamental particle commonly
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British theoretical physicist Professor Peter Higgs (b 1929) In 1964 Higgs predicted the existence of a new type of fundamental particle commonly
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British theoretical physicist Professor Peter Higgs (b 1929) In 1964 Higgs predicted the existence of a new type of fundamental particle commonly
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Close-up of Kirlian plasma globe
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Close up of a Kirlian plasma globe a type of electrical discharge tube sold as an executive toy The central wand is kept at a high electrical potent
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Close up of a Kirlian plasma globe a type of electrical discharge tube sold as an executive toy The central wand is kept at a high electrical potent
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Ernest Rutherford caricature
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Albert Einstein
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Analysis of gunshot residue (GSR) Forensic scientist using a scanning electron microscope (SEM) to search for GSR particles (not seen) on a sample fr
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British theoretical physicist Professor Peter Higgs (b 1929) In 1964 Higgs predicted the existence of a new type of fundamental particle commonly
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British theoretical physicist Professor Peter Higgs (b 1929) In 1964 Higgs predicted the existence of a new type of fundamental particle commonly
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Luis W Alvarez (b 1911) American physicist He joined Ernest Lawrences Radiation Laboratory at Berkeley in 1937 worked on radar the atomic bo
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Sam Ting Chinese-born American physicist In November 1974 Tings team at the Brookhaven National Laboratory Long Island discovered the Jpsi part
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Tim Berners-Lee British computer scientist
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Caricature of the US physicist Murray Gell-Mann (born 1929) Gell-Mann proposed a new quantum property in 1953 Called strangeness this property wa
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Lithium atom illustration
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Lithium atom illustration
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Particle physics supersymmetry Conceptual illustration showing the standard model particles with their heavier superpartners introduced by the supers
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Supersymmetry conceptual illustration
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Sheldon Lee Glashow (born 1932) US physicist Glashow studied at Cornell University and received a PhD in Physics from Harvard University In the lat
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American physicist Leon Lederman photographed in 1979 Born 1922 Lederman led the team which discovered the upsilon particle at the Fermi National A
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Murray Gell-Mann (b1929) US physicist and Nobel Laureate Educated at Yale and the Massachusetts Institute of Technology Gell-Mann had a doctorate
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Sir James Chadwick (1891-1974) English physicist Educated in Manchester Chadwick then worked under Rutherford on research mainly with alpha particl
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Computer illustration of an atom of beryllium (chemical symbol Be) Its nucleus (golden sphere) contains four positively-charged protons and five neut
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William Crookes British physicist
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John Cockcroft (1897-1967) Caricature of the British physicist John Cockcroft In 1932 Cockcroft performed the first artificial disintegration of an
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Sir James Chadwick Portrait of the British physi- cist Sir James Chadwick (b1891-1974) Educated at Manchester University Chadwick worked under Rut
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The English physicist Sir James Chadwick 1891- 1974 Educated in Manchester Chadwick then worked under Rutherford on research mainly with alpha par
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Sir James Chadwick Portrait of the British physi- cist Sir James Chadwick (b1891-1974) Educated at Manchester University Chadwick worked under Rut
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Sam Ting Chinese-born American physicist in the control room of the experiment with which he discovered the Jpsi particle in November 1974 at the B
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Murray Gell-Mann Portrait of the US physicist Murray Gell-Mann (born 1929) In 1953 Gell-Mann introduced a new quantum property strangeness to exp
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A Japanese dinner party in a Kyoto restaurant in 1956 with (left to right) Hideki Yukawa Cecil Powell Mrs Powell Mrs Yukawa Yukawa (1907- 1981)
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Richard Feynman Portrait of the American atomic physicist Richard Phillips Feynman (1918-1988) As a young man Feynman worked on the American atomic
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