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Decay event observed in long-lived particle search CMS experiment
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Long-lived particles decaying into pair of muons illustration
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Higgs boson research ATLAS detector
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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 by RICHARD JONESSCIENCE PHOTO LIBRARY
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Professor Jack Steinberger the American physicist born in Bad Kissingen in Germany on 25 May 1921 Steinberger shared the 1988 Nobel Prize in physic
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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 by RICHARD JONESSCIENCE PHOTO LIBRARY
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Subatomic particles and atoms conceptual illustration by RICHARD JONESSCIENCE PHOTO LIBRARY
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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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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 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 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 by RICHARD JONESSCIENCE PHOTO LIBRARY
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Subatomic particles and atoms conceptual illustration
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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 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 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 by RICHARD JONESSCIENCE PHOTO LIBRARY
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Subatomic particles and atoms conceptual illustration
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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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Electron-positron pair matterantimatter
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Subatomic Particles illustration
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Subatomic particles The various types of quarks are represented in violet The various types of leptons are green and gauge bosons are orange The Hi
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Elementary particles Computer illustration showing the particles included in the Standard Model of particle physics which describes the Universe in
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Muon decay illustration
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Big Bang stages of early universe
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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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Electrons surfing a plasma wave Artwork of electrons (round labelled e) depicted surfing on the crests of a plasma wave This conceptual artwork
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The magnet yoke of the ALEPH particle detector is seen in its completed form in early 1987 ALEPH will be one of 4 major detectors at the new LEP (Lar
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Standard Model bag
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Standard Model bag
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Structure of matter artwork
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Quantum universe Quantum mechanics is a branch of physics that describes particles in terms of quanta discrete values rather than smooth changes Th
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Super-Kamiokande proton detector computer artwork Super-Kamiokande (Super-K) is a Japanese neutrino observatory that was designed to research proton
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Cosmic ray muon cloud chamber image
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Cosmic neutrino The computer reconstruction shows the path of a muon (blue line) created by a cosmic neutrino in the AMANDA detector at the South P
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Discovery of the tau-neutrino This reconstruction shows one of the four events that revealed the tau-neutrino for the first time in the DONUT experim
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A shower of cosmic ray muons streams through the ZEUS detector at DESY the German particle physics laboratory in Hamburg In the computer display th
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A cosmic ray muon creates an arrow of light in the Super-Kamiokande detector (SK) located 1000 metres under Mt Ikenoyama Japan A cylinder of ultra-
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Tau decay event in TASSO detector
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Electron Computer artwork of an electron a fundamental subatomic particle Electrons have a negative electrical charge and a mass less than one thou
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Standard model plus graviton illustration
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Standard model plus graviton illustration
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Particle physics standard model plus graviton The standard model of particle physics describes three of the four fundamental forces and their related
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Particle physics standard model plus graviton The standard model of particle physics describes three of the four fundamental forces and their related
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Particle physics standard model plus graviton The standard model of particle physics describes three of the four fundamental forces and their related
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Particle physics standard model plus graviton The standard model of particle physics describes three of the four fundamental forces and their related
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Particle fission abstract illustration
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Particles abstract illustration
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Quantum physics abstract illustration
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Symmetrical production of matter antimatter in two electron-positron pairs In this bubble chamber photograph two invisible gamma-ray photons ent
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Quantum physics abstract image Three colours are shown within a subatomic particle representing the three colour charges of quarks as described in
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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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Particle physics standard model with particle discovery dates The standard model of particle physics describes three of the four fundamental forces a
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Particle physics standard model illustration
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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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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 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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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 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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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 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 The standard model of particle physics describes three of the four fundamental forces and their related particles no
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Standard model puzzle Illustration showing the 17 particles of the standard model as a puzzle The illustration shows quarks (violet) leptons (green
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Standard model puzzle illustration
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