## Foundations of quantum dynamics |

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### Contents

Classical Dynamics | 1 |

Electrodynamics | 13 |

Survey of QuantumMechanical Formalism | 49 |

Copyright | |

6 other sections not shown

### Common terms and phrases

4-vector accordingly alternative amplitude analog applied approximation arbitrary atomic classical coefficients commute component condition conjugate conservative constant continuum coordinates corresponding defined deltafunction density derived differential dipole dynamical variable eigenfunctions eigenstates eigenvalue equation electric and magnetic electromagnetic field electromagnetic potentials emission energy equation of motion evolution operator expansion expectation value factor first-order follows formula Fourier transform free-particle frequency given Green's function Green's operator Hamilton's Hamiltonian Heisenberg picture hermitian hermitian operator Hilbert space identity inhomogeneous integral interaction Lagrangian linear Lorentz magnetic field matrix element matrix mechanics mechanics momenta momentum nonrelativistic normalized notation obtain orthogonal orthonormal oscillator particle perturbation theory Phys physical Poisson Poisson bracket Poisson's equation principle quadrupole quantum system quantum-mechanical radiation field relation relativistic representation represented result scalar scattering Schrodinger equation Section solution spectral spherical thereby time-dependent Schrodinger equation transition probability uncertainty vector potential velocity wavefunction wavepacket