Inhaltsbereich
Numerical Quantum Physics – Problem Sheets
Workflow
Exercises are provided every second week, beginning 21th of April. Each sheet contains coding problems, which are to be solved within the two weeks. The tutorials are intended as guidance sessions, offering you assistance during the development of the solutions.
For the exercises, there is a git-repository, which in some cases provides code templates. You can easily clone the git from the url git@gitlab.physik.uni-muenchen.de:nqp/nqp-exercises.git or https://gitlab.physik.uni-muenchen.de/nqp/nqp-exercises.git, using your LMU-gitlab account. However, these templates typically depend on certain libraries. For registered students, these libraries are provided in the lecture's home-directory. A detailed explanation how to access this via the LMU Jupyter-Hub is given in the introductory lecture.
Exercises
| Processing time | Topic | Solution |
| 04/21/23 -- 05/05/23 | Linear algebra | Linear algebra |
| 05/05/23 -- 05/19/23 | Exact diagonalization | Exact diagonalization |
| 05/19/23 -- 06/09/23 | Matrix-product states | |
| 06/09/23 -- 06/23/23 | Quantum Monte-Carlo | Quantum Monte-Carlo |
| 06/27/23 -- 07/10/23 | Machine learning |
Für den Inhalt verantwortlich: Sebastian Paeckel