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Understanding the Standard Model of Particle Physics

Explore the Standard Model of Particle Physics from its inception in 1970 to the latest developments in 2008, covering electrons, muons, neutrinos, quarks, and bosons. Learn about the fundamental forces and key experiments in this fascinating field.

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Understanding the Standard Model of Particle Physics

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  1. Teilchenphysik im Experiment Teil 6: Standardmodell

  2. Standardmodell 1970 Elektron Myon Neutrino u s up-Quark strange-Quark d + Antiteilchen down-Quark

  3. Standardmodell 1970 Elektron Myon μ-Neutrino e-Neutrino u s up-Quark strange-Quark d + Antiteilchen down-Quark

  4. Standardmodell 1970 Elektron Myon μ-Neutrino e-Neutrino u s up-Quark strange-Quark d + Antiteilchen down-Quark

  5. Standardmodell 1974 Elektron Myon μ-Neutrino e-Neutrino u s up-Quark strange-Quark d c + Antiteilchen down-Quark charm-Quark

  6. Standardmodell 1974 Elektron Myon Tauon μ-Neutrino e-Neutrino u s up-Quark strange-Quark d c + Antiteilchen down-Quark charm-Quark

  7. Standardmodell 1974 Elektron Myon Tauon μ-Neutrino τ-Neutrino e-Neutrino ? u s b up-Quark strange-Quark bottom-Quark ? d c t down-Quark charm-Quark top-Quark

  8. Standardmodell Elektron Myon Tauon μ-Neutrino τ-Neutrino e-Neutrino u s b up-Quark strange-Quark bottom-Quark 1994 d c t down-Quark charm-Quark top-Quark

  9. Standardmodell Elektron Myon Tauon μ-Neutrino τ-Neutrino e-Neutrino u s b up-Quark strange-Quark bottom-Quark d c t down-Quark charm-Quark top-Quark

  10. Standardmodell Elektron Myon Tauon μ-Neutrino τ-Neutrino e-Neutrino u s b up-Quark strange-Quark bottom-Quark d c t down-Quark charm-Quark top-Quark

  11. Standardmodell Elektron Myon Tauon μ-Neutrino τ-Neutrino e-Neutrino u s b up-Quark strange-Quark bottom-Quark d c t down-Quark charm-Quark top-Quark

  12. Standardmodell Elektron Myon Tauon μ-Neutrino τ-Neutrino e-Neutrino u s b up-Quark strange-Quark bottom-Quark d c t down-Quark charm-Quark top-Quark

  13. Elektromagnetische Kraft

  14. Austauschteilchen

  15. Austauschteilchen

  16. Elektromagnetische Kraft

  17. Elektromagnetische Kraft Photon

  18. Elektromagnetische Kraft Photon

  19. Elektromagnetische Kraft Photon

  20. Elektromagnetische Kraft Photon

  21. Elektromagnetische Kraft Photon

  22. Gravitation

  23. Gravitation ? Graviton

  24. Starke Kraft +2/3 e u +2/3 e u d -1/3 e Proton

  25. Starke Kraft +2/3 e u +2/3 e u d -1/3 e Proton

  26. Starke Kraft +2/3 e u +2/3 e u d -1/3 e Proton

  27. Starke Kraft +2/3 e u +2/3 e u d -1/3 e Proton

  28. Starke Kraft +2/3 e u Gluon +2/3 e u d -1/3 e Proton

  29. n p ν e

  30. n p ν e „Schwache Kraft“

  31. Schwache Kraft W-Boson Z-Boson

  32. Schwache Kraft W-Boson Z-Boson Carlo Rubbia, CERN 1983

  33. Standardmodell 2008 Elektron Myon Tauon Photon μ-Neutrino τ-Neutrino e-Neutrino Gluon u s b up-Quark strange-Quark W-Boson bottom-Quark d c t down-Quark charm-Quark top-Quark Z-Boson

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