last updated June 1, 2017, tc
Physics 1-4, condensed matter physics, (quantum mechanics), (parallel 6. semester statistical mechanics)
Selected topics from experimental and theoretical condensed matter physics.
In previous semesters, a number of condensed matter physics proseminars have existed, e.g. Proseminar Oberflächenphysik, Proseminar theoretische Physik (condensed matter) and Proseminar Physik der kondensierten Materie (general introductory KoMa proseminar). These were merged into a single proseminar covering the entire broad spectrum of condensed matter physics including both theoretical as well as experimental condensed matter physics. This should result in a larger number of participants, providing a broader range of topics and feed back, thus improving the learning experience.
Note that in the fall semester, the proseminar in experimental nano- and quantumphysics is organized as a more advanced proseminar covering state-of-the-art and/or recent research results.
Students will pick one topic (from a list, or suggest your own topic) and present it to the class (30 minutes talk plus discussion), with the goal of giving a pedagogical introduction at a level that can be followed by the class. The slides (pdf) and a 2 page summary (pdf, from LaTeX) are to be handed in. No problem sets. Topics from both theoretical and experimental condensed matter physics are available.
The teaching assistants (TAs) will guide the students through the preparation of the talk and 2-page summary. Also, there will be a demo talk done by a TA to give a good example.
|Feb 23||1st meeting, room 4.1, 12:15pm, infos and organization|
|March 2||demo presentation|
|before March 14||Email the coordinator Christian Scheller your topic of choise (plus an alternative).|
|before March 16||Assignments of TAs and set of dates for presentations. There will be typically two presentations per week. Please note that April 13 and May 25 are holidays (no classes)|
|April 6||Student presentation start|
Number grades 1-6 will be awarded, based on the in-class presentation and the 2-page summary. Students are expected to attend class every Thursday. Students and TAs will fill out a feedback form (anonymous) after each talk giving the presenter an evaluation. Please note that the preparation is a considerable effort (4KP).
|Dr. Christian Scheller||1.10||7 3786||D/E||coordinator|
|Silas Hoffman||4.17||7 3756||E|
|Bilal Kalyoncu||1.12||7 3691||E|
|Taras Patlatiuk||1.10||7 3786||E|
|Marcel Serina||4.8||7 3746||E|
|Dr. Dominik Zumbühl||1.16a||7 3693||D/E|
|Date||Name||Topic of the talk|
|4.5.2017||Manuel Frietsch||Organic semiconductors|
|4.5.2017||Fabio Rui||Si MOSFETs|
|11.5.2017||Mauro Spreiter||Carbon Nanotubes|
|11.5.2017||Kristopher Cerveny||Spin-orbit coupling|
|1.6.2017||Gustavo Prack||Majorana fermions|