Winter Term 2015/16:
Biological Physics:
Lecture Notes and problem sets↗
(Username: biophys; password as given in lecture)
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↗
Summer Term 2016:
overview↗
Topics for
Master or Bachelor theses
are available.
Please contact me if interested.
Michael Schmiedeberg
Teaching Winter Term 2015/16:
Lecture and excercises on Biological Physics:
- Lecture (2h): Fri 12:15 - 14:00, HE
- Excercises (3h): Mon 11:15 - 14:00, SR 01.683
Exam:
- Written exam (90 min): 8.2.2016, 10:15 in HF
Prerequisites:
Basic knowledge of theoretical physics, especially of statistical physics
Contents:
- Normal and anomalous diffusion, random walks and Lévy flights
- Swimming at low Reynolds numbers
- Equilibrium and non-equilibrium statistical physics for biological systems
- Nerve impulses and reaction-diffusion systems
Recommended literature:
Philip Nelson, Biological Physics: Energy, Information, Life, W.H. Freeman (2007/2013)
ECTS information:
credits: 5
Lecture Notes and problem sets:
Link↗
(Username: biophys; password as given in lecture)
Seminar on the theory of soft matter,
seminar and working group for PhD and master students,
and other lectures and seminars at the institute:
For more information see UnvIS or website on teaching of the institute↗.
Master or Bachelor theses:
Topics for a Master or a Bachelor thesis are available. If interested please contact me↗.
Subsequent Terms:
