From Atoms to Quarks: An Introduction to the Strange World of Particle Physics |
Contents
The Nucleus | 18 |
A New Physics for a New World | 34 |
Energy Matter and Antimatter | 53 |
Copyright | |
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accelerator antimatter antiparticle antiproton antiquark atom baryon baryon number beam beta decay bubble chamber called cascade Chapter charged particle cles cloud chamber collision color conservation cosmic ray cosmic ray experiments counter created cross section cyclotron delta detect detectors discovery discussed eightfold elec electrical charge electromagnetic electron elementary particles emitted energy equation example existence experimental fact Fermilab graph hadrons high-energy hydrogen isotopic spin laboratory lambda large number leptons lifetime light look machine magnetic field mass matter measure ment meson momentum move mu-meson muon negatively charged neutrino neutron nuclear nucleon nucleus orbit pair parti physicists physics pi-meson pion positively charged positron predicted produce properties proton quantity quantum mechanics quantum number quark model radiation radius reaction resonance result ring Rutherford seen strange strong interaction symmetry target theoretical theory tion top quark tron uncertainty principle unification unified universe velocity virtual particle wave function weak interactions zero