Summer Term 2016:
Integrated Course 3:
Quantum field theory, nuclear, and particle physics
Link↗
Seminar on Physics:
Theory of quasicrystals
Topics and Information↗
Subsequent Terms:
Summer Term 2022:
overview↗
Winter Term 2021/22:
overview↗
Summer Term 2021:
overview↗
Winter Term 2020/21:
overview↗
Summer Term 2020:
overview↗
Winter Term 2019/20:
overview↗
Summer Term 2019:
overview↗
Winter Term 2018/19:
overview↗
Summer Term 2018:
overview↗
Winter Term 2017/18:
overview↗
Summer Term 2017:
overview↗
Winter Term 2016/17:
overview↗
Previous Terms:
Winter Term 2015/16:
overview↗
Topics for
Master or Bachelor theses
are available.
Please contact me if interested.
together with Prof. Dr. Katz
Lectures:
Tuesday 9.15-12.00, SRTL (307),
Wednesday 10.15-12.00, SRTL (307),
Friday 10.15-13.00, SRTL (307).
Exercises:
Wednesday, starting 13.00, TL 1.140.
Lecture notes and problem sets are available via StudOn:
http://www.studon.uni-erlangen.de/crs1518408.html
Otherwise, see UnvIS for details.
Quasicrystals are well-ordered structures without translational symmetry. They might posses interesting rotational symmetry that are not allowed in periodic crystals. Since there is no unit cell in a quasicrystal, many theoretical concepts that originally have been developed for periodic structures cannot be applied to quasicrystals. Furthermore, additional degrees of freedom exist in quasicrystals leading to additional modes called phasons.
credits: 5
Please write me an e-mail if you want to participate in the seminar.
For more information see UnvIS or website on teaching of the institute↗.
see homepage at the Institute for Multiscale Simulation:
http://www.mss.cbi.fau.de/paperclub/
Topics for a Master or a Bachelor thesis are available. If interested please contact me↗.