Teaching: Experimental Biophysics

Welcome to the teaching homepage for experimental biophysics and other courses given by Prof. Hausmann.

Here you will mostly find information concerning the Bachelor courses (module WPBP) and some specialization options for Master students. You will also find general informations for studying at Heidelberg University.

Beyond biophysics, lecture courses in classical physics for students of other natural sciences and medicine are offered.

If you have any questions concerning studying physics in Heidelberg, please, contact Prof. Hausmann or one of the other collegues of the 'Studienberatung'. Further informations are given on the homepage of the Department of Physics and Astronomyand the Central Students Advisory Office and Carrier Service.

Since most courses are specialized for Bachelor students, the lectures are given in German (for details see here).

List of lecture courses and seminars

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Astrobiology and Astrobiophysics

The Astrobiology and Astrobiophysics (ABABP) program consists of several lectures, seminars and tutorials grouped into three courses.

Lectures (not offered in SS2019)


The ABABP I and ABABP II lectures deal with the processes leading to the emergence of life as well as with those supporting and sustaining it, and with the integration of these processes into their environments. In addition to astrophysical and biological points of view, approaches from mathematics and information theory are also taken into account. The lectures extend over two semesters and are divided into ABABP I and ABABP II.

In ABABP I (only in German), subject matter ranging from biogenesis to intelligence and communication is presented. ABABP II deals with the course of events extending from the origin of the cosmos to the formation of an environment suitable for life.

Both lectures can be attended separately and in any order, which makes it possible to begin with the courses in either semester (summer or winter).


The ABABP III lecture deals with manned missions and associated challenges posed to living organisms. The basics of radiation biophysics, effects of microgravity, and survival strategies for space missions (especially on space stations in near earth orbit) are discussed.

This lecture is independent from ABABP I and II; however, it requires basic knowledge of biophysics or of the contents of ABABP I and II.

ABABP III is a designated Master’s course, but it can also be attended as part of one’s Bachelor’s studies.


The lectures are given by both astronomy and biophysics lecturers and mainly address Master’s and Bachelor’s students from physics and life sciences; of course, interested students from other faculties are also welcome.



Each of the lectures is accompanied by a seminar in which the backgrounds of scientific research on selected topics from the respective lecture are presented by participants; additionally, open questions and alternative approaches are developed in discussions.

The seminars can be attended independently from the lectures.



In addition to the ABABP I and II lectures, selected planetary systems and their habitable zones with possible life scenarios are discussed in interactive tutorials.

Participation in the tutorials is not a requirement for attending the lectures. However, it is recommended to have attended at least one of the lectures in order to participate in the tutorials.