Kirchhoff-Institut für Physik

Tutorials on Correlated Quantum Materials

Start of tutorials: 26.4.2022

Registration

Please, register to participate in the tutorial.

Tutor: Dr. Changhyun Koo

Time: weekly on Tuesday, 14:00 - 15:30

Place: INF 227 / SR 2.402

Questions to be addressed in each tutorial session:

Which experiment has been done? What is the experimental set-up, how does it work?
What can be learnt from this experiment in general? How do the results look like in general, let's say on the textbook-level?
What are the results in this particular case?
How to analyze/interpret the results?
What can be extracted for the general understanding of this material?
Any other related question which you may find interesting.

Tutorial list

Tutorial 1 (26.4.2022): Fermi surface of Nickel (Paper I, Paper II)
Tutorial 2 (3.5.2022): Fermi surface of Copper (Paper, suppl. paper)
Tutorial 3 (10.5.2022): The Peierls transition (Paper)
Tutorial 4 (17.5.2022): Nesting of Fermi surface and Charge density wave (Paper)
Tutorial 5 (24.5.2022): Mott-Hubbard metal-insulator transition (Paper)
Tutorial 6 (7.6.2022): Mott-Hubbard gap in NiO (Paper, suppl. paper)
Tutorial 7 (14.6.2022): Spin-charge separation (Paper)
Tutorial 8 (28.6.2022): Kondo effect in quantum dots (Paper I, Paper II)
Tutorial 9 (12.7.2022): Anomalous magnetocaloric effect (Paper, task)
Tutorial 10 (19.7.2022): Spin frustration (Paper)