Modern Quantum Mechanics, with Applications to Elementary Particle Physics: An Introduction to Contemporary Physical Thinking |
Contents
Introduction | 3 |
Basic Nonrelativistic Quantum Mechanics | 60 |
44 | 121 |
Copyright | |
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Common terms and phrases
anticommutation becomes beta decay c(p₁ c(Px c²)² c²p² commute components Consider covariant defined Dirac equation Dirac matrices E+ mo electron energy f g h factor Fermi Feynman diagrams four-dimensional Gamow-Teller Green's function h g f Hamiltonian Hermitian integral interaction ip₂ isotopic spin isotopic-spin Klein-Gordon equation Lorentz transformation M₁ m² c² matrix element mesons mo c² moc² momentum multiply neutrino nonrelativistic notation nucleon obtain operator P₁ parity particle Pauli spin potential Problem proton pseudovector quantities quantum mechanics relationship relativistic Remember representation scalar scattering Schrödinger equation selection rules sin² space spinor ẞa ẞm t₁ tensor theory trace vector velocity wave functions y-matrices zero Απ γα Δπ ε² ίβα ΟΨ ді