Lehrveranstaltungen WS 19/20
Die Lehrveranstaltungen finden Sie im Vorlesungsverzeichnis des Hochschuldiensteportals (vergessen Sie nicht, das gewünschte Semester rechts oben auszuwählen). Nachfolgend sind die Wahlveranstaltungen und Hauptseminare aufgelistet. Sie dienen der Spezialisierung, Vertiefung und Verbreiterung Ihrer Kenntnisse und Fertigkeiten. In der Regel sind spezifische Vorkenntnisse erforderlich, um diese Lehrveranstaltungen erfolgreich und gewinnbringend zu hören.
Biophysics and Soft Matter Physics
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Biophysics: Fundamentals (Prof. Gottschalk, Prof. Gebhardt)
PHYS5117.0 Biophysics: Fundamental Methods Lecturer: Prof. Kay Gottschalk, Prof. Christof Gebhardt Course type: lecture (4 hours/week), seminar, lab Cycle: each winter semester Language: English Module 71654 Biophysics: Fundamental / Biophysik: Grundlagen Credits: 6 CP Examination: written or oral Precourse: yes Remark: Basis for
- Biophysics: Gene Expression
- Biophysics: Molecular Motors
- Biophysics: Cellular Biophysics
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Hearing and Seeing ‐ A Molecular Biophysics Perspective (Prof. Hoerber)
PHYS6457.0 Hearing and Seeing ‐ A Molecular Biophysics Perspective Lecturer: Prof. Hoerber Course type: seminar (3 hours/week) Cycle: irregularly Language: English Module 74268 Biophysics of Hearing and Seeing Credits: 3 CP Examination: oral, 14268 Biophysik des Hörens und Sehens Precourse: no Remark: announcement -
Molecular Motors (Prof. Gebhardt)
PHYS5128.0 Molecular Motors / Molekulare Motoren Lecturer: Prof. Gebhardt Course type: Lecture (2 hours/week) Cycle: irregular Language: English Module: 74003 Molecular Motors / Molekulare Motoren
72234 Biophysics: Molecular Motors / Biophysik: Molekulare MotorenCredits: 3 CP (74003)
6 CP (72234)Examination: Written test Precourse: 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
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Condensed Matter Theory - Phase Transitions in Condensed Matter Systems (Dr. Kubala)
PHYS5278.0 Condensed Matter Theory - Phase Transitions in Condensed Matter Systems Lecturer: Dr. Björn Kubala Course type: lecture with exercise (5 hours/week) Cycle: irregularly Language: English Module 71659 Condensed Matter Theory Credits: 6 CP Examination: written or oral
12369 Theorie der Kondensierten Materie
Precourse: 12370 Theorie der Kondensierten Materie (Vorleistung) Remark: announcement -
Magnetism (Prof. Herr, Prof. Koslowski)
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 -
NMR Spectroscopy and Imaging Methods (Prof. Rasche)
PHYS5337.0 NMR Spectroscopy and Imaging Methods Lecturer: Prof. Volker Rasche Course type: lecture with exercise (5 hours/week) Cycle: each winter semester Language: English Module 72556 NMR Spectroscopy an Imaging Methods Credits: 6 CP Examination: oral, 13831 NMR-Spektroskopie und Bildgebende Verfahren Precourse: yes, 13832 NMR Spektroskopie und Bildgebende Verfahren (Vorleistung) Remark: -
Crystal Defects: Physical Effects and Mechanics (Prof. You)
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 -
Plasmonics and Metamaterials (Dr. Gonçalves)
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
Econophysics
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Econophysics: Fundamentals (Dr. Stockburger)
PHYS5407.0 Econophysics: Fundamentals /
Ökonophysik: GrundlagenLecturer: PD Dr. Jürgen Stockburger Course type: lecture with exercises (5 hours/week) Cycle: winter semester 19/20, summer semester 2021 Language: English Module 71447 Econophysics: Fundamentals/
Ökonophysik: GrundlagenCredits: 6 CP Examination: written, 11990 Ökonophysik: Grundlagen Precourse: 11991 Ökonophysik: Grundlagen (Vorleistung) Remark:
Plasma Physics
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Plasma Physics: Fundamentals - Waves, Instabilities and Turbulence (Prof. Poli)
PHYS5507.0 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:
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Future Energy Supply and Nuclear Fusion (Dr. Happel)
PHYS6337.1 Future Energy Supply and Nuclear Fusion Lecturer: Dr. Happel Course type: block seminar Cycle: each winter semester Language: English Module 71054 Hauptseminar Fortgeschrittene Physik (4 CP)
74340 Future Energy Supply and Nuclear Fusion Research (3 CP)
Credits: 4 CP (Advanced Seminar Physics)
3 CP (Future Energy Supply and Nuclear Fusion Research)
Examination: oral,
15063 Advanced Seminar Physics (Master)
14340 Future Energy Supply and Nuclear Fusion Research (3 CP)
Precourse: no Remark: The number of participants is limited to 12.
announcement
Quantum Science and Technologies
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Coherence and Decoherence in Open Quantum Systems (Prof. Huelga)
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: -
Theory of Quantum Information (Prof. Plenio)
PHYS5607.0 Theory of Quantum Information Lecturer: Prof. Martin Plenio Course type: lecture (3 hours/week), exercise (2 hours/week) Cycle: each winter semester Language: English Module 71500 Theory of Quantum Information Credits: 6 CP Examination: written or oral, 11665 Theory of Quantum Information Precourse: yes, 12118 Theory of Quantum Information (Vorleistung) Remark: -
Atom Interferometry (Dr. Giese)
PHYS6757.0 Atom Interferometry Lecturer: Dr. Enno Giese Course type: lecture (3 hours/week), seminar (2 hours/week) Cycle: each winter semester Language: English Module Atom Interferometry Credits: 6 CP Examination: written or oral Precourse: yes Remark:
Elective Modules Physics
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Selected Topics of Mathematical Physics (Dr. Efremov)
PHYS5827.0 Selected Topics of Mathematical Physics Lecturer: Dr. Maxim Efremov Course type: lecture (3 hours/week) Cycle: irregularly Language: English Module Selected Topics of Mathematical Physics Credits: 4 CP Examination: written Precourse: Remark: announcement -
Eichtheorien in der Elementarteilchenphysik (Dr. Aurich)
PHYS6747.0 Eichtheorien in der Elementarteilchenphysik Lecturer: Dr. Ralf Aurich Course type: Vorlesung mit Übung (5 SWS) Cycle: Wintersemester Language: Deutsch Module Eichtheorien in der Elementarteilchenphysik Credits: 6 CP Examination: oral Precourse: ja Remark: Ankündigung -
Principles of Geometrical Light and Electron Optics (Prof. Rose)
PHYS6047.0 Principles of Geometrical Light Optics Lecturer: Prof. Harald Rose Course type: Block Course (lecture, seminar, lab, 4 hours/week, 02.-06.03.2020) Cycle: irregularly Language: English Module 74609 Wave and Particle Optics Credits: 3 CP Examination: written - 14609 Wave and Particle Optics Precourse: no Remark: announcement -
Strahlenmesstechnik (Prof. Raiber)
PHYS6347.0 Strahlenmesstechnik Lecturer: Prof. Thomas Raiber Course type: Vorlesung mit Praktikum Cycle: WS und SS Language: deutsch Module 71419 Strahlenmesstechnik Credits: 4 LP Examination: Klausur Precourse: nein Remark: Ankündigung -
High Performance Computing 1 (Dr. Lehn)
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 Precourse: yes Remark: -
Modellierung und Simulation in der Mechanik (Dr. Simon)
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:
Seminars
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Seminar Biophysics and Soft Matter: Modern Methods in Biophysics (Prof. Gottschalk)
PHYS7100.2 Modern Methods in Biophysics Lecturer: Prof. Kay Gottschalk Course type: seminar (2 hours/week) Cycle: irregular Language: English Module: Credits: 4 CP as Advanced Physics Seminar OR 3 CP as Seminar Examination: oral
15063 Advanced Seminar Physics (Master) (4 CP)
Precourse: no Remark: announcement -
Seminar Condensed Matter Physics: Physical properties of materials and their use in applications (Prof. Herr, Prof. Krill)
PHYS7200.1 Physical properties of materials and their use in applications Lecturer: Prof. Ulrich Herr, Prof. Carl E. Krill Course type: seminar (2 hours/week) Cycle: each winter semester Language: English Module Credits: 4 CP as Advanced Physics Seminar OR 3 CP as Seminar Examination: oral
15063 Advanced Seminar Physics (Master) (4 CP)
15019 Seminar Physical Properties of Materials (3 CP)
Precourse: no Remark: announcement -
Seminar Physik im Alltag: Mikroskopie und Interferometrie (Prof. Jelezko, Prof. Reineker)
PHYS7800.0 Mikroskopie und Interferometrie Lecturer: Prof. Fedor Jelezko, Prof. Peter Reineker Course type: seminar (2 SWS) Cycle: Winter semester Language: Deutsch Module 71054 Hauptseminar Fortgeschrittene Physik (4 CP)
71273 Physik im Alltag (3 CP)
Credits: 4 CP as Advanced Physics Seminar OR 3 CP as Seminar Examination: Oral
12389 Hauptseminar Physik im Alltag (4 CP)
11838 Physik im Alltag (3 CP)
Precourse: nein Remark: primarily for Lehramt and Master students, announcement (in English and German)
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Seminar Quantum Technologies: Ultracold Quantum Gases (Dr. Limmer)
PHYS7701.0 Ultracold Quantum Gases Lecturer: Prof. Johannes Hecker Denschlag, Dr. Wolfgang Limmer Course type: seminar (2 hours/week) Cycle: each winter semester Language: English Module: Credits: 4 CP as Advanced Physics Seminar OR 3 CP as Seminar Examination: oral
15063 Advanced Seminar Physics (Master) (4 CP)
15024 Seminar Ultracold Quantum Gases (3 CP)
Precourse: no Remark: announcement -
Seminar Econophysics: Advanced Interdisciplinary Statistical Methods (Dr. Stockburger)
PHYS7400.0 Advanced Interdisciplinary Statistical Methods Lecturer: PD Dr. Jürgen Stockburger Course type: seminar (2 hours/week) Cycle: each winter semester Language: English Module: 71054 Hauptseminar Fortgeschrittene Physik (4 CP)
... Seminar ... (3 CP)
Credits: 4 CP as Advanced Physics Seminar OR 3 CP as Seminar Examination: oral
15063 Advanced Seminar Physics (Master) (4 CP)
... Seminar... (3 CP)
Precourse: no Remark: announcement
Additional Modules - Recommended
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Biosensors and Biochips
ENGB 8020.1 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: -
Computational Methods in Material Science
ENGI 8014 Computational Methods in Material Science Lecturer: Prof. Carl Emil Krill, Prof. Ulrich Herr, Dr. Ulrich Simon Course type: lecture (2 hours/week), lab (1 hour/week) Cycle: winter semester Language: English Module 70462 Computational Methods in Materials Science Credits: 4 CP Examination: oral or written, 10500 Computational Methods in Materials Science Precourse: 11290 Computational Methods in Materials Science (Vorleistung) Remark: -
Micro- and Nanotechnology
ENGF 7011 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: -
Polymers in Medicine
PHYS 8307.0 Polymers in Medicine Lecturer: Dr. Stefan Beck (DePuy Synthes, Schweiz) Course type: block lecture Cycle: winter semester Language: English Module 70948 Polymers in Medicine Credits: 2 CP Examination: oral or written report, 10909 Polymers in Medicine Precourse: Remark: announcement
Kontakt
Gerold Brackenhofer
Studiendekanat Physik
Albert-Einstein-Allee 11
89081 Ulm
Telefon: 0731/50-22953
Raum: N25/3106