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Physics, Department

Fakultät V - Mathematik und Naturwissenschaften at the Uni Oldenburg

Institut für Physik

  • Carl-von-Ossietzky-Straße 11
  • 26129 Oldenburg
  • Phone: +49 441 798-3572
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Basic information

Total number of students 1,260
Number of master degree students 180

Support during the study entry phase

Total score for support in the study entry phase 9/14 points

Results of study

Graduations in appropriate time, undergraduate degrees 73.2 %
Graduations in appropriate time, master's 43.4 %

International orientation

Share of anglophone research groups 10.0 %


Research profile (distribution of PhD theses)

Students' assessments on undergraduate, presence-learning-courses

Teacher support
Support in studies
Courses offered
Study organisation
Laboratory internships
Research orientation
Support for stays abroad
Overall study situation

Students' assessments on consecutive master's degree courses

Teacher support 1.9
Support in studies 2.5
Courses offered 2.1
Study organisation 1.7
Transition to Master's studies 2.2
Research orientation 2.0
Overall study situation

Degree courses without details

Further degree courses of the department
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About studying Physics in Germany
About the subject

Further information provided by the department

  • Special features regarding teaching
    Due to the manageable size of the institute, there is intensive personal contact between students and teaching staff; early integration of "on-the-board teaching" with specific application; promotion of work in small groups under supervision of staff and student tutors; as part of various project and advanced practicals, early contact with the research groups of the institute.
  • Exchange universities for stay abroads
    Technical University Denmark, Lyngby; École nationale des ponts et chaussées, Paris; Università degli studi di Perugia; Rijksuniversiteit Groningen; Chalmers University of Technology, Göteborg, University of Seoul, Universidad de EAFIT, Murdoch University, Perth, Australien
  • Special features regarding the equipment
    Large-scale equipment, such as few-cycle laser oscillators, ultrashort pulse laser amplifiers, scanning nearfield microscope, AFM, SEM with FIB, low-temperature RTM, Raman microscope-spectrometer, interference microscope, imaging fs photoelectron spectrometer, XRD, GDOES, cluster covering tool, acoustic wind tunnel, turbulent wind tunnel, high-speed stereo PIV system, long-range 3D LIDAR windscanner, solar simulator, low-reflection room, vibration lab, artificial heads, magnetic resonance tomograph, CT, PET-CT, electron linear accelerator, computer cluster.
  • Special features regarding research activities
    "Energy and Materials Research": Physical Principles of Energy Conversion and Storage on a Nanoscopic and Molecular Level, Analysis of Ultraquick Charge Transfer Processes and Plasmonic Effects at Interfaces, Control of Quantum Systems, Solar and Wind Energy on a Macroscopic Scale, Turbulence Research; "Medical Physics/Acoustics": Hearing Research with the Cluster of Excellence "Hearing4all" and Fraunhofer project group, study of physical and physiological principles of sound perception with application in Linguistics/Signal Processing and optimisation of hearing aids.
  • Further information on research activities
  • Further information about study entry phase
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(S)-Students' judgements  (F)-Facts  (P)-Professors' judgements
Last update 2021: Data collected by the CHE Center for Higher Education.
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