## Quantum mechanicsIdeal for a one-semester, senior-level or first-year graduate-level course, Quantum Mechanics, by Amit Goswami, presents the fundamental aspects of the field in a well-written and up-to-date manner. |

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### Contents

THE MOTION OF WAVE PACKETS | 27 |

SCHRODINGER EQUATION AS EIGENVALUE | 48 |

THE SOLUTION OF THE SCHRODINGER EQUATION | 71 |

Copyright | |

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### Common terms and phrases

amplitude angular momentum beam Bohr boundary conditions calculate called chapter classical Clebsch-Gordan Clebsch-Gordan coefficients coefficients coherent superposition collapse commutation relations consider constant coordinates Copenhagen interpretation corresponding Coulomb defined degeneracy delta function denote density diagonal dipole double-slit experiment eigen eigenfunctions eigenstates eigenvalue electric field electron energy levels energy shift equa expectation value FIGURE flux frequency func given gives Hamiltonian harmonic oscillator Heisenberg hermitian hermitian operator integral interaction interpretation magnetic field mass matrix element measurement molecule motion nonlocal normalization notation nucleus observation obtain one-dimensional orbital orthogonality paradox parity particle perturbation theory phase photon physics polynomials position potential principle probability problem quantized quantum mechanics quantum number quantum objects representation rotation scattering Schrodinger equation shell singlet slit solution solve space spherical spin spin-orbit spinor square Stern-Gerlach Substituting Suppose symmetry time-independent tion transition uncertainty principle uncertainty relation variables vector wave function wave packet write zero