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The Empirical Foundation of the Quantum Theory
The NonRelativistic Electron
Fundamentals of Quantum Mechanics
13 other sections not shown
alpha decay alpha particle angle approximation basis vectors beam behavior beta decay Calculate Chapter charge coefficients computed conjugate constant coordinates corresponding coulomb defined density differential equation dipole Dirac equation eigenfunctions eigenvectors emission energy levels equation of motion example exclusion postulate experiment expression Figure frequency given groundstate energy Hamiltonian operator Hartree-Fock helium helium atom Hermitian Hermitian operator Hilbert space hydrogen atom integral interaction irreducible representation kinetic energy linear magnetic field mass matrix elements mean value molecule multiplicity neutrino neutron normalized nuclear nucleon nucleus nuclide observed orbital orthonormal Pauli matrices perturbation theory photon potential function properties quantum mechanics quantum number quantum physics quantum theory radiation represented result rotation scalar product Schrodinger eigenvalue problem Schrodinger equation Show sin2 solution of equation spectra spectrum spherical spin structure symmetric total angular momentum total energy transformation transition triplet vanish wave wavefunction wavelength z-axis zero