Quantum Physics

IUT-ENSICAEN

Updated 15/3/2014 Laboratory Research Inst. Teaching Inst. University CNRS MENRT

Quantum Physics Course Postulates Potential Step Reflection and Transmission at an Interface Current of Probability s, p, d, f Atomic Orbitals Radial Parts, n=0 to 4 Angular Parts, l=0 to 2 Angular Parts, l=3 Exercises Orbital Moment Diatomic Molecule Rotation Duality 1 Dinmension movement, Tunnel effect 2-atoms delocalised electron Lorentz gauge propagation, Lagrange and Hamilton formalisms 1-dimensional harmonic oscillator Spectral lines broadening: spectral decomposition Eigenvalues, eigenvectors, commutators Wave in a cavity: modal decomposition Spins Rotation and Precession Operators, Matrix representation Nuclear spin Rotation-Vibration spectra Coupled oscillators: Van der Walls interaction Rotation-Vibration: harmonic approximation Paramagnetism, Diamagnetism Practical Work Zeeman Effect

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