Course data Course name: Practical Course in Quantum Mechanics 2 Neptun ID: BMETE15AF43 Responsible teacher: László Szunyogh Programme: BSc Physics Course data sheet: BMETE15AF43 Requirements, Information Informations Lecturer Udvardi László (practice), web page1, web page2 Timetable Friday 8:30-10:00 KF85 Requirements on attendents In-person: Attendence on 70% of the practice courses Midterm tests 1st Test: 11. November, 16-18 E502 Retake of 1st Test: 25. November 16-18 F31SEM 2nd Test: 5. December, 8-10 E504 Retake of 2nd Test: 16. December, 10-12 F31SEM Final retake of 1st and 2nd Tests: 18. December, 10-12 F31SEM Term requirements Number of points for the midterm tests >= 35% Fulfilment of the requirements on attendence Office hours E-mail for arrangements Results of midterm tests Expected subjects of the practice courses (translation is going on) Clebsch-Gordan coefficients. He atom excited states Commutator of the total angular momentum operator and the Hamiltonian of He atom Variational merhods, Harmonic oscillator, Hydrogen atom and Helium atom variációs módszerek Variational methods Scattering amplitudes and cross-section in Born's approximaion (Yukawa-potential, Rutherford scattering) Born approximation in one dimension Computation of phase shifts for potentials with finite support (soft and hard spheres) Time-dependent perturbation theory in Dirac picture, expectation value of position operator in Heisenberg picture in homogenous electric field and Heisenberg uncertainty relation in coherent states Harmonic oscillator in time dependent uniform electric field Motion of electron in elxtromagnetic field: paramagnetic term, diamagnetic term Exercises for the 1st test Line solenoid, Landau levels: solution in asymmetric gauge and with the presence of electric field Klein Gordon equation, continuity equation, Klein paradox, Landau levels Exercises for the retake of the 1st test Dirac equation, Dirac Hamiltonian, Time derivative of angular momentum Relativistic Landau levels, Klein paradox, Spatial rotations Free particle solution of the Dirac equation, Klein paradox. Open day Exercises for the 2. test 1/c² expansion of the Dirac equation. 1st order perturbation corrections of the energy levels of the H atom. Time evolution of the total angular momentum. 2nd Test Zitterbewegung
