Courses offered by the Department of Physics WS 23/24

The courses of the winter semester start from 16.10.2023:

For the implementation of the courses, information, learning materials and tools will be made available via the e-learning platform Moodle. Registration for the courses is generally possible by self-enrolment as soon as the Moodle courses are available. The Moodle courses are linked to the course catalogue, but can also be searched for directly in Moodle.

 

Exams WS 23/24

Exam dates  (Version 21.12.2023)

 

Elective Courses and Seminars WS 23/24

The elective courses and main seminars are listed below. They are intended to specialise, deepen and broaden your knowledge and skills. As a rule, specific prior knowledge is required to listen to these courses successfully and profitably.The elective courses and main seminars are listed below. They serve to specialise, deepen and broaden your knowledge and skills. As a rule, specific prior knowledge is required to listen to these courses successfully and profitably.

Biophysics and Soft Matter Physics

PHYS5117.0 Biophysics: Fundamental Methods
Lecturer: Prof. Christof Gebhardt
Course type: lecture (4 hours/week), seminar, lab
Cycle: each winter semester
Language: English
Module 76025 Biophysics: Fundamental / Biophysik: Grundlagen
Credits: 6 CP
Examination: written or oral, 16025 Biophysics: Fundamentals
Precourse: yes, 16525 Biophysics: Fundamentals (Precourse)
Remark:

 

Basis for

  • Biophysics: Gene Expression
  • Biophysics: Molecular Motors
  • Biophysics: Cellular Biophysics

Attention: "71164 Soft Matter Physics and Biophysics" (SS) and "76025 Biophysics: Fundamentals" (WS) are introductory courses into biophysics with similar content. Only one of them can be credited in the degree programme.

PHYS5128.0 Molecular Motors / Molekulare Motoren
Lecturer: Prof. C. Gebhardt
Course type: Lecture (2 hours/week)
Cycle: each Winter Semester
Language: English
Module: 74003 Molecular Motors / Molekulare Motoren
72234 Biophysics: Molecular Motors / Biophysik: Molekulare Motoren
Credits: 3 CP (74003)
6 CP (72234)
Examination: Written test
Remark:

 

For module "72234 Biophysics: Molecular Motors" two parts are necessary:
Part I: PHYS5128.0 Molecular Motors
Part II: PHYS5148.0 Biophysics Lab II

Condensed Matter Physics and Nanosciences

PHYS5287.0 Magnetism
Lecturer: Prof. Ulrich Herr, apl. Prof. Berndt Koslowski
Course type: lecture (3 hours/week), laboratory course (4 hours/week)
Cycle: each winter semester
Language: English
Module 71656 Magnetism
Credits: 6 CP
Examination: oral, 10222 Magnetism
Precourse: yes, 10223 Magnetism (Vorleistung)
Remark: announcement

PHYS5347.0 Introduction to Nuclear Magnetic Resonance Spectroscopy
Lecturer: Dr. Raiker Witter, Prof. Fedor Jelezko
Course type: lecture with exercise (5 hours/week)
Cycle: each winter semester
Language: English
Module 77108 Introduction to Nuclear Magnetic Resonance Spectroscopy
Credits: 6 CP
Examination: 17108
Precourse: 17308
Remark: announcement

PHYS6287.0 Plasmonics and Metamaterials
Lecturer: Dr. Manuel Gonçalves
Course type: Lecture with practical course (2 hours/week)
Cycle: each winter semester
Language: English
Module Plasmonics and Metamaterials
Credits: 4 ECTS
Examination: written
Precourse: no
Remark: announcement

PHYS6367.0 Crystal Defects: Physical Effects and Mechanics
Lecturer: Prof. Jeong-Ha You
Course type: Block lecture (one week)
Cycle: each winter semester
Language: English
Module 72189 Crystal Defects / Kristalldefekte
Credits:

3 CP

Examination: written, 13077 Kristalldefekte: Physikalische Effekte und Mechanik
Precourse: no
Remark: announcement

PHYS5357.0 Physics of Medical Imaging
Lecturer: Dr. Tobias Speidel, Prof. Volker Rasche
Course type: lecture with exercise (5 hours/week)
Cycle: each winter semester
Language: English
Module 77107 Physics of Medical Imaging
Credits: 6 CP
Examination: 17107
Precourse: 17307
Remark: announcement

Econophysics

PHYS5427.0 Econophysics: Numerical Simulation Methods /
Ökonophysik: Numerische Simlationsmethoden
Lecturer: PD Dr. Jürgen Stockburger
Course type: lecture with exercises (5 hours/week)
Cycle: summer semester 2022, winter semester 23/24
Language: English
Module 71657 Econophysics: Numerical Simulation Methods /
Ökonophysik: Numerische Simulationsverfahren
Credits: 6 CP
Examination: written, 12365 Ökonophysik: Numerische Simulationsverfahren
Precourse: yes, 12366 Ökonophysik: Numerische Simulationsverfahren
Remark:  

Plasma Physics

PHYS5507.1 Plasma Physics: Waves, Instabilities and Turbulence
Lecturer: apl. Prof. Dr. Emanuele Poli
Course type: lecture with exercise (5 hours/week)
Cycle: each winter semester
Language: English
Module 71063 Plasma Physics: Fundamentals
Credits: 6 CP
Examination: oral, 12079 Grundlagen der Plasmaphysik
Precourse: yes, 12080 Grundlagen der Plasmaphysik (Vorleistung)
Remark:

announcement


Quantum Science and Technologies

PHYS5667.0 Coherence and Decoherence in Open Quantum Systems
Lecturer: Prof. Susana Huelga
Course type: lecture with exercise (5 hours/week)
Cycle: each winter semester
Language: English
Module 71766 Open Quantum Systems / Offene Quantensysteme
Credits: 6 CP
Examination: oral, 12580 Offene Quantensysteme
Precourse: yes, 12581 Offene Quantensysteme (Vorleistung)
Remark:  

PHYS6777.0 Matter-Wave Optics
Lecturer: Dr. Christian Brand
Course type: lecture (3 hours/week), seminar (2 hour/week)
Cycle: irregularly
Language: English
Module 77079 Matter-Wave Optics
Credits: 6 CP
Examination: 17079 written or oral
Precourse: 17579 yes
Remark: announcement

Elective Modules Physics

PHYS6737.0 Relativistic Quantum Electrodynamics
Lecturer: Prof. Wolfgang Schleich
Course type: lecture (3 hours/week) with exercise (2 hours/week)
Cycle: irregular
Language: English
Module 76017 Relativistic Quantum Electrodynamics
Credits: 6 CP
Examination: oral/written, 16017 Relativistic Quantum Electrodynamics


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<table>     <tbody>         <tr>             <td><a href="https://campusonline.uni-ulm.de/qislsf/rds?state=wsearchv&amp;search=1&amp;veranstaltung.veranstnr=PHYS6737.0&amp;language=de" target="campusonline">PHYS6737.0</a></td>             <td>Relativistic Quantum Electrodynamics</td>         </tr>         <tr>             <td>Lecturer:</td>             <td><a href="t3://page?uid=23989#108256" title="Wolfgang Schleich">Prof. Wolfgang Schleich</a></td>         </tr>         <tr>             <td>Course type:</td>             <td>lecture (3 hours/week) with exercise (2 hours/week)</td>         </tr>         <tr>             <td>Cycle:</td>             <td>irregular</td>         </tr>         <tr>             <td>Language:</td>             <td>English</td>         </tr>         <tr>             <td>Module</td>             <td><a href="t3://file?uid=453743" title="Link to module description">76017&nbsp;Relativistic Quantum Electrodynamics</a></td>         </tr>         <tr>             <td>Credits:</td>             <td>6 CP</td>         </tr>         <tr>             <td>Examination:</td>             <td>oral/written, 16017&nbsp;Relativistic Quantum Electrodynamics</td>         </tr>         <tr>             <td>Precourse:</td>             <td>yes, 16517&nbsp;Relativistic Quantum Electrodynamics</td>         </tr>         <tr>             <td>Remark:</td>             <td><a class="download" href="t3://file?uid=360326" title="Opens internal link in current window">announcement</a></td>         </tr>     </tbody> </table>
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Precourse: yes, 16517 Relativistic Quantum Electrodynamics
Remark: announcement

PHYS5827.0 Scattering Theory
Lecturer: Dr. Maxim Efremov
Cycle: unregelmäßig
Language: English
Module: 76004 76004
Credits: 6 CP
Exam form: written or oral, 16004 Selected Topics of Mathematical Physics
Precourse: 16504
Remark:  
   

PHYS6397.0 Successful Project Management – Fundamentals
Lecturer: Dr. Volker Kraus
Course type: lecture with seminar (3 hours per week)
Cycle: winter semester
Language: English or German
Module: 75234 Successful Project Management – Fundamentals
Credits: 4
Exam form: written or oral, 15234 Successful Project Management – Fundamentals
Precourse: -
Remark: announcement

PHYS6387.0 Kerntechnik
Lecturer: Dr. Großhans
Cycle: Jedes Sommersemester
Language: Deutsch
Module 71588 Kerntechnik
Credits: 4 CP
Examination: Klausur, 12286 Kerntechnik
Precourse: no
Info Begin: 18.10.2023, 14:00, H205 (TH Ulm, Prittwitzstr. 10)
Remark: announcement

PHYS6347.0 Strahlenmesstechnik
Lecturer: Prof. Thomas Raiber
Course type: Vorlesung mit Praktikum
Cycle: WS und SS
Language: Deutsch
Module 71419 Strahlenmesstechnik
Credits: 4 CP
Examination: Klausur, 11958 Strahlenmesstechnik
Precourse: nein
Remark: Ankündigung

Seminars

PHYS7720.0 Seminar Applied Quantum Photonics
Lecturer: Prof. Alexander Kubanek
Course type: seminar (2 hours/week)
Cycle: each winter semester
Language: English
Module:

71054 Hauptseminar Fortgeschrittene Physik (4 CP)

(new) Seminar Applied Quantum Photonics (3 CP)

Credits: 4 CP as Advanced Physics Seminar OR 3 CP as Seminar
Examination:

oral

15063 Advanced Seminar Physics (Master) (4 CP)

(new) Seminar Applied Quantum Photonics (3 CP)

Remark: announcement

PHYS6337.0 Seminar Energy Supply, Climate Change and Nuclear Fusion Research
Lecturer: Dr. Tim Happel
Course type: seminar
Cycle: each winter semester
Language: English
Module:

75063 Advanced Seminar Physics (Master) (4 CP)
75149 Seminar Energy Supply, Climate Change and Nuclear Fusion Research (3 CP)

Credits: 4 CP as Advanced Physics Seminar OR 3 CP as Seminar
Examination:

15063 Advanced Seminar Physics (Master)
15149 Seminar Energy Supply, Climate Change and Nuclear Fusion Research

Precourse: no
Remark:

announcement


PHYS7800.0 Physik im Alltag
Lecturer: Prof. Fedor Jelezko
Course type: seminar (2 SWS)
Cycle: Winter semester
Language: Deutsch
Module

71054 Hauptseminar Fortgeschrittene Physik (4 CP)

71273 Physik im Alltag (4 CP für Lehramt)

Credits: 4 CP
Examination:

Oral

15063 Advanced Seminar Physics (Master) (4 CP)

11838 Physik im Alltag (4 CP)

Precourse: nein
Remark:

 

PHYS7100.2 How Physics brings Light into Biology
Lecturer: Prof. Jens Michaelis
Course type: seminar (2 hours/week)
Cycle: irregular
Language: English
Module:

71054 Hauptseminar Fortgeschrittene Physik (4 CP)

75022 Seminar How Physics brings Light into Biology (3CP)

Credits: 4 CP as Advanced Physics Seminar OR 3 CP as Seminar
Examination:

oral

15063 Advanced Seminar Physics (Master) (4 CP)

(new) Seminar Collective Systems in Biology (3CP)

Precourse: no
Remark: Announcement

PHYS7301.0 Fourier Optics
Lecturer: Prof. Ute Kaiser
Course type: seminar (2 hours/week)
Cycle: irregularly
Language: English
Module

71054 Advanced Physics Seminar (4 CP)

75021 Seminar Fourier Optics (3 CP)

Credits: 4 CP as Advanced Physics Seminar OR 3 CP as Seminar
Examination:

oral

12359 Hauptseminar Kondensierte Materie und Nanowissenschaften (4 CP)

15021 Seminar Fourier Optics (3 CP)

Precourse: no
Remark: announcement

PHYS7710.1 Seminar Key Experiments in Quantum Physics
Lecturer: Prof. Johannes Hecker Denschlag
Course type: seminar (2 hours/week)
Cycle: each winter semester
Language: English
Module:

71054 Hauptseminar Fortgeschrittene Physik (4 CP)

75561  Seminar Key Experiments in Quantum Physics (3 CP)

Credits: 4 CP as Advanced Physics Seminar OR 3 CP as Seminar
Examination:

oral

15063 Advanced Seminar Physics (Master) (4 CP)

15561 Seminar Key Experiments in Quantum Physics (3 CP)

Precourse: no
Remark: Registration via Moodle
   

Additional Modules - Recommended

ENGB 73028 Biosensors and Biochips
Lecturer: Dr. Alberto Pasquarelli
Course type: lecture (4 hours/week), seminar (2 hours/week), lab project (20 hours)
Cycle: winter semester
Language: English
Module 73028 Biosensors and Biochips
Credits: 8 CP
Examination: oral or written, 13284 Biosensors and Biochips
Precourse: 13479 Biosensors and Biochips (Vorleistung)
Remark:  

MATH4024 Seminar Quantum technologies in application - Business Case Development
Lecturer: Prof. Dr. Kai Bongs DLR-QT
Course type: Seminar (2 SWS)
Cycle: Wintersemester
Language: Deutsch/Englisch
Module 75560 Seminar Quantum technologies in application - Business Case Development
Credits: 3 LP
Examination: 15560 Project plus presentation
Precourse: -
Remark: announcement

MATH4024 Modellbildung und Simulation in der Mechanik
Lecturer: Dr. Ulrich Simon
Course type: Vorlesung  (2 SWS) mit Übung (2 SWS)
Cycle: Wintersemester
Language: Deutsch
Module 74188 Modellbildung und Simulation in der Mechanik
Credits: 6 LP
Examination: Klausur
Precourse:  
Remark:  

MATH4021 High Performance Computing 1
Lecturer: Dr. Michael Lehn
Course type: lecture (2 hours/week) with exercise (2 hours/week) and lab (2 hours/week)
Cycle: each winter semester
Language: English
Module: 72367 High Performance Computing 1
Credits: 8 CP
Examination: oral, 13488 High Performance Computing 1
Precourse: 13576 High Performance Computing 1 (Vorleistung)
Remark:  

ENGF 70918 Micro- and Nanotechnology
Lecturer: Prof. Peter Unger
Course type: lecture (2 hours/week), seminar (1 hour/week)
Cycle: winter semester
Language: English
Module 70918 Micro- and Nanotechnology
Credits: 4 CP
Examination: oral or written, 11330 Micro- and Nanotechnology
Precourse: No
Remark:  

WiWi-160 Entrepreneurship
Lecturer: Prof. Martin Müller (Institut für Nachhaltige Unternehmensführung), Barbara Eberbach
Course type: lecture with seminar (2 hours per week)
Cycle: winter semester
Language: German
Module 74784 Entrepreneurship
Credits: 5 CP
Examination: oral and written
Remark:  

WiWi-154 Gründergarage I- Businessplan
Coordinator: Prof. Zimmermann (Institut für Business Analytics)
Course type: lecture with seminar (4 hours per week)
Cycle: winter semester
Language: German/English
Module 75467 Gründergarage I
Credits: 6 CP
Examination: written
Remark: -