Quarks, leptons and the big bang /

• Κύριος συγγραφέας: Allday, Jonathan
• Μορφή: Ηλ. βιβλίο
• Γλώσσα: English
• Έκδοση: Bristol ; Philadelphia : Institute of Physics Pub., �1998.
• Θέματα: Particles (Nuclear physics); Cosmology.; Big bang theory.; Particules (Physique nucl�eaire); Cosmologie.; Big bang.; SCIENCE > Physics > Nuclear.; SCIENCE > Physics > Atomic & Molecular.; Elementarteilchenphysik; Kosmologie; Particules (physique nucl�eaire); Electronic books.

 Prelude: Setting the scene --   The standard model --   The fundamental particles of matter --   The four fundamental forces --   The big bang --   Aspects of the theory of relativity --   Momentum --   Kinetic energy --   Energy --   Energy and mass --   Reactions and decays --   Quantum theory --   The double slot experiment for electrons --   What does it all mean? --   Feynman's picture --   A second experiment --   How to calculate with amplitudes --   Following amplitudes along paths --   Amplitudes, states and uncertainties --   The leptons --   A spotter's guide to the leptons --   The physical properties of the leptons --   Neutrino reactions with matter --   Some more reactions involving neutrinos --   'Who ordered that?' --   Solar neutrinos again --   Antimatter --   Internal properties --   Positrons and mystery neutrinos --   Antiquarks --   The general nature of antimatter --   Annihilation reactions --   Hadrons --   The properties of the quarks --   A review of the strong force --   Baryons and mesons --   Baryon families --   Meson families --   Internal properties of particles --   Hadron reactions --   Basic processes --   Using conservation laws --   The physics of hadron reactions --   Particle decays --   The emission of light by atoms --   Baryon decay --   Meson decays --   Strangeness --   Lepton decays --   The evidence for quarks --   The theoretical idea --   Deep inelastic scattering --   Jets --   The November revolution --   Experimental techniques --   Basic ideas --   Accelerators --   Targets --   Detectors --   A case study--DELPHI --   Cern --   Exchange forces.