Lecture: Prof. Matthias Troyer
Download all documents (zip, 3.7 MB).
Exercise classes:
| Assistant |
Room |
Time |
|
| Jan Gukelberger | HPV G 5 |
Tue 12:00 - 13:30 |
|
| Michele Dolfi | HIT K 51 | Tue 12:00 - 13:30 |
Credit requirement
You are expected to solve the weekly exercise sheets and submit the solution via email to one of the teaching assistants. Deadline for hand-ins: Sunday night of the week when the exercise was handed out. Submissions can be programmed in any programming language, but we recommend C++ or Python - if you submit in other languages, we may not be able to help you with technical problems. Figures are expected in PDF, EPS or PNG format.
Scripts
A printed version of the lecture script will be handed out at the beginning of every new chapter. Additionally, a digital version will be published here.
- Chapter 1 (PDF, 36 kB)
- Chapter 2 (PDF, 88 kB)
- Chapter 3 (PDF, 129 kB)
- Chapter 4 (PDF, 102 kB)
- Chapter 5 (PDF, 414 kB)
- Chapter 6 (PDF, 396 kB)
- Chapter 7 (PDF, 789 kB)
- Chapter 8 (PDF, 460 kB)
- Chapter 9 (PDF, 209 kB)
- Appendix (PDF, 429 kB)
- Monte Carlo notes (PDF, 212 kB)
Exercises
Supplementary material
| edskeleton.zip | Skeleton codes for sparse exact diagonalization (C++ and Python) |
Solutions
Solutions of the exercises will be provided through the Subversion repository:
svn+ssh://USERNAME@login.phys.ethz.ch/home/dolfim/svnmain/cqp12
- To access the repository you need a D-PHYS account. If you still don't have one, you can get one on the ISG website.
- To see the content of the repository you first have to checkout a copy on your system:
svn co svn+ssh://USERNAME@login.phys.ethz.ch/home/dolfim/svnmain/cqp12
- Afterwards you can synchronize with the last version with an update command:
svn up
- Complete guide to SVN
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