Quantum mechanics book with heavy emphasis on applications. Focuses on the physics of the applications, rather than on the mathematical structure. Order of magnitude estimates of effects are presented and calculated in detail. Nonclassical results are reconciled with classical expectations. In addition to core material, this edition contains new material on degenerate matter, the integral Quantum Hall Effect, the Einstein derivation of stimulated emission, lasers and the density matrix, exponential decay, and more. Features 60% more problems.
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Eigenvalues Eigenfunctions and the Expansion Postulate
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amplitude angular momentum approximation arbitrary barrier beam Bohr bound calculate Chapter classical commute complete set condition Consider constant corresponding cross section degeneracy density dependence described differential discussion effect eigenfunctions eigenstates eigenvalue equation electric field electromagnetic electron emitted energy eigenvalues ergy example excited expectation value experiment factor Figure flux free particle frequency given Hamiltonian harmonic oscillator hermitian operator hydrogen atom identical particles implies infinite initial integral interaction interference ip(x kinetic energy label laser linear combinations magnetic field mass matrix element measurement molecule motion neutron normalized nucleus orbital orthogonal parity perturbation phase photoelectric effect photon physics polarization potential probability problem quantum mechanics quantum number radiation reduced mass relation result scattering Schrodinger equation shift sin2 singlet slit solution spin square square integrable symmetric theory tion transition triplet vanish vector wave function wave packet wavelength write www.wiley.com/college/gasiorowicz yf yf yields zero