Basic quantum physics 3.2-PFK

wave packets, elements of Fourier analysis. Quantum dynamics: one-dimensional systems, bound and scattered quantum states. Hamiltonian and the eigenvalue problem: harmonic oscillator. Orbital momentum operator. Hydrogen atom and bound states. Atom in a magnetic field, Zeeman effect. Stern-Gerlach experiment, the concept of spin ½, magnetic moment, Larmor precession, magnetic resonance. Total angular momentum operator. Anomalous Zeeman effect. Multi-electron atoms, addition of angular momenta, helium atom, Pauli exclusion principle. Comments on spectral terms of atoms and the structure of the Mendeleev periodic table.