Quantum Mechanics 

Topic  Description (some in German) 

1) Spin1/2 precession  spin 1/2 (D)  spin 1/2 dynamics 
2) Free Fall I  free fall (D)  free fall 
3) Free Fall II  free fall, dynamics (D)  free fall dynamics 
4) Dynamics in a potential well  exercise 3 (D)  dyn_pot_well 
5) Phase and groupvelocity  description in mathematica file  velocities 
6) Free timeevoltion of a Gaussian  description in mathematica file  free particle 
7) Ammonia maser  exercise 4  ammonia 
8) Magnetic Resonance  exercise 5 (D)  Magnetic Resonance 
9) Perturbation Theory I (numerisch)  Perturbation theory 

10) Perturbation Theory II  Perturbation theory (D)  Perturbation Theory 
Electrodynamics


Topic  Description 

1) Charge dynamics 
Description in mathematica notebook 
charge dynamics 
2) Derive analytically the E and B fields of a moving charge
starting from retarded potentials

Available upon request 
See also here 
3) Relativistic motion of a charge

Available upon request 
See also here 
4) Potential as expansion in spherical harmonics
(static or dynamic)

Available upon request 

5) Boundaryvalue problem

Available upon request 
See also here 
6) Wave equation with given initial conditions

Available upon request 

Classical Mechanics,
Statistical Mechanics 

Topic  Description 

1) Heat transport 
Description in Notebook 
Heat transport 