| Quantum Mechanics |
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| Topic | Description |
|
| 1) Spin-1/2 precession | spin 1/2 | spin 1/2 dynamics |
| 2) Free Fall I | free fall | free fall |
| 3) Free Fall II | free fall, dynamics | free fall dynamics |
| 4) Dynamics in a potential well | exercise 3 | dyn_pot_well |
| 5) Phase- and group-velocity | 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 | Magnetic Resonance |
| 9) Perturbation Theory I (numerisch) | Aufgabenbeschreibung |
|
| 10) Perturbation Theory II | Aufgabenbeschreibung | Perturbation Theory |
| Electrodynamics
|
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| 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) Boundary-value 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 |