Presentations

You will find here a series of simple articles related to the lectures. For each  subject, a student will read the article(s) (one or two per subject) and explain the content and interest during the tutorials on Monday at 4.p.m. We will have two presentations per session. Each one is supposed to be about 20 minutes long, followed by 15 minutes of discussion and questions.

There are scheduled as follows (although it may change). If already taken by a student, his/her name follows inside parentheses.

• Monday, March, 27: Experiment on dynamical localization with the atomic kicked rotor (Piotr Staron) and Equivalence of dynamical localization and Anderson localization (Dominik Suszalski)
• Monday, April, 3: Experiment on 1d Anderson localization with cold atoms (Dariusz Wiater) and Aubry-Andre model (Jakub Janarek)
• Monday, April, 24: Scaling theory of the Quantum Hall effect (Michał Białończyk) and Chalker-Coddington model for the Quantum Hall effect (Krzysztof Biedron)
• Monday, May, 8: Multifractality of wavefunctions at the Anderson transition (Piotr Sierant) and Experimental evidence of multifractality with ultrasonic waves (Piotr Warchol)
• Monday, May, 29: Aharonov-Bohm and Sharvin-Sharvin effects on mesoscopic rings (Andrzej Syrwid) and Weak localization on 1d long wires
• Monday, June, 5: Coherent Back-Scattering on planets and rings (Dmitry Efimov) and Suppression and revival of Coherent Backscattering (Krzysztof Giergel)
• Monday, June, 12: Effect of non-linearity on 1d Anderson localization (Jakub Janarek), Metal-insulator transition in 2D (Michał Białończyk) and  Self-consistent theory of dynamical localization