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Radial chart depicting the subatomic particles quarks leptons and bosons Quarks (top half of outer ring) are tiny particles that aggregate to form l
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration by RICHARD JONESSCIENCE PHOTO LIBRARY
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Subatomic particles and atoms conceptual illustration by RICHARD JONESSCIENCE PHOTO LIBRARY
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration
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Professor Jack Steinberger German-American physicist born in Bad Kissingen in Germany on 25 May 1921 Steinberger shared the 1988 Nobel Prize in phy
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Portrait of Wolfgang Pauli (date unknown) Austrian- American physicist In 1925 he announced his exclusion principle This stated that only two elec
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration
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Wolfgang Pauli (1900-58) Austrian-Swiss physicist who worked on quantum mechanics Pauli described the exclusion principle now named after him in 19
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An electron-neutrino created in earths amtosphere has interacted to create a electron in the Super- Kamiokande detector (SK) located 1000 metres unde
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Subatomic particles and atoms conceptual illustration by RICHARD JONESSCIENCE PHOTO LIBRARY
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration by RICHARD JONESSCIENCE PHOTO LIBRARY
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration by RICHARD JONESSCIENCE PHOTO LIBRARY
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Solar neutrino A neutrino from the sun produces a ring of light in the Super-Kamiokande detector located 1000 metres under Mt Ikenoyama Japan A cyl
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Subatomic particles Computer artwork of a table of subatomic particles The top six are quarks which make up particles such as protons and neutrons
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration by RICHARD JONESSCIENCE PHOTO LIBRARY
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration by RICHARD JONESSCIENCE PHOTO LIBRARY
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration by RICHARD JONESSCIENCE PHOTO LIBRARY
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One of the first observations of a W particle Electronic display of the results of a high-energy proton-antiproton collision in the UA1 detector at C
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Evidence for the top quark Computer display of particle tracks which provide strong evidence for the existence of the top quark Top quarks are creat
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Subatomic particles and atoms conceptual illustration
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Subatomic particles and atoms conceptual illustration
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Triple boson candidate event CMS detector
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Production decay of a lambda particle
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MINOS far detector
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MINOS far detector
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Muon decay illustration
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Big Bang stages of early universe
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W particle decay Computer graphic display of an event from the UA1 detector at CERN the European particle physics laboratory outside Geneva show- i
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First observation of a neutral current event In this photo from the Gargamelle bubble chamber at CERN a beam of neutrinos enters from bottom Bein
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Big Bang stages of early universe
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Big Bang stages of early universe Artwork showing the origin and development of the universe (Big Bang) an initial expansion from an infinitely com
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Electromagnetic particle shower
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Electromagnetic particle shower
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Electromagnetic particle shower
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Electromagnetic particle shower Particle tracks (moving from bottom to top) showing multiple electron-positron pairs created from the energy of a hig
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Electromagnetic particle shower
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Big European Bubble Chamber CERN
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Particle tracks in a bubble chamber Coloured photograph of a neutrino interaction event in a bubble chamber at the Brookhaven National Laboratory on
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Particle tracks in a bubble chamber Coloured photograph of a neutrino interaction event in a bubble chamber at the Brookhaven National Laboratory on
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Big European Bubble Chamber CERN
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Tracks of electrons and positrons
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Tracks of electrons and positrons These tracks show part of a shower of particles moving from right to left through a hydrogen-neon bubble chamber
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Tracks of electrons and positrons These tracks show part of a shower of particles moving from top to bottom through a hydrogen-neon bubble chamber
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Tracks of electrons and positrons These tracks show part of a shower of particles moving from top to bottom through a hydrogen-neon bubble chamber
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Tracks of electrons and positrons These tracks show part of a shower of particles moving from top to bottom through a hydrogen-neon bubble chamber
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Tracks of electrons and positrons These tracks show part of a shower of particles moving from top to bottom through a hydrogen-neon bubble chamber
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Electromagnetic particle shower Particle tracks (moving from right to left) showing multiple electron-positron pairs created from the energy of high-
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Photograph of a neutrino interaction event in a bubble chamber at the Brookhaven National Laboratory on Long Island New York The neutrino enters the
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Streamer chamber photo of a pion-muon-electron (pi-mu-e) decay chain resulting from an antiproton annihilation The antiproton enters from the bottom
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Electromagnetic particle shower Particle tracks (moving from bottom to top) showing multiple electron-positron pairs created from the energy of a hig
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Big European Bubble Chamber (BEBC) at the European particle physics laboratory (CERN) The bubble chamber has been filled with a hydrogen-neon mixtur
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Tracks of electrons and positrons These tracks show part of a shower of particles moving from right to left through a hydrogen-neon bubble chamber
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Tracks of electrons and positrons These tracks show part of a shower of particles moving from top to bottom through a hydrogen-neon bubble chamber
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Borexino solar neutrinos detector
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Borexino solar neutrinos experiment
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Borexino solar neutrinos experiment
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Borexino solar neutrinos experiment
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Emulsion photograph showing the classic pion-muon- electron (pi-mu-e) decay chain of a charged cosmic ray pion The pion enters the picture at top lef
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Cloud chamber photograph of the nuclear beta decay of a helium-6 nucleus Helium-6 has two more neutrons than ordinary helium one of these extra ne
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Borexino solar neutrinos experiment
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Tau-neutrino discovery
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W particle event in ZEUS detector DESY
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W particle decay in D-zero detector
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Tau decay event in TASSO detector
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Streamer chamber photo of pi-mu-e decay
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Gran Sasso Lab double beta decay exp
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Production of matter antimatter
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Quantum entanglement illustration
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Quantum entanglement illustration
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Illustration depicting quantum entanglement (mesh) between two particles (round) Their properties (spin polarisation and momentum) are linked or en
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Quantum entanglement illustration
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Illustration depicting quantum entanglement (mesh) between two particles (round) Their properties (spin polarisation and momentum) are linked or en
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Illustration depicting quantum entanglement (mesh) between two particles (round) Their properties (spin polarisation and momentum) are linked or en
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Illustration depicting quantum entanglement (mesh) between two particles (round) Their properties (spin polarisation and momentum) are linked or en
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Illustration depicting quantum entanglement (mesh) between two particles (round) Their properties (spin polarisation and momentum) are linked or en
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Illustration depicting quantum entanglement (mesh) between two particles (round) Their properties (spin polarisation and momentum) are linked or en
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Particle physics standard model illustration
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Particle physics standard model The standard model of particle physics describes three of the four fundamental forces and their related particles no
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Particle physics standard model illustration
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