Walter Schottky Institute
Center for Nanotechnology and Nanomaterials


Displaying lectures for:
Summer Term 2019
Winter Term 2024/25 Summer Term 2024 Winter Term 2023/24 Summer Term 2023 Winter Term 2022/23 Summer Term 2022 Winter Term 2021/22 Summer Term 2021 Winter Term 2020/21 Summer Term 2020 Winter Term 2019/20 Summer Term 2019 Winter Term 2018/19 Summer Term 2018 Winter Term 2017/18 Summer Term 2017 Winter Term 2016/17 Summer Term 2016 Winter Term 2015/16 Summer Term 2015 Winter Term 2014/15 Summer Term 2014 Winter Term 2013/14 Summer Term 2013 Winter Term 2012/13 Summer Term 2012 Winter Term 2011/12 Summer Term 2011 Winter Term 2010/11 Summer Term 2010 Winter Term 2009/10 Summer Term 2009 Winter Term 2008/09 Summer Term 2008 Winter Term 2007/08 Summer Term 2007 Winter Term 2006/07 Summer Term 2006 Winter Term 2005/06 Summer Term 2005 Winter Term 2004/05 Summer Term 2004 Winter Term 2003/04 Summer Term 2003



2D materials
Lecturer:A. Holleitner
For:MSc. Physics
EU-Credits:5 ECTS
Type:lecture
Time and Location:Tuesday, 12 am -2 pm
TUM-ID:0000000696
Aktuelle Probleme der Halbleiterphysik
Lecturer:Martin Stutzmann
For:BSc, MSc, Doctoral Candidates
Type:Seminar
Time and Location:Fri, 10:30-12:30, WSI S101
TUM-ID:0000003123
Auftaktveranstaltung Promotion am Physik-Department
Lecturer:A. Holleitner
Type:Symposium
TUM-ID:0000004308
BSc Physics Mentoring
Lecturer:A. Holleitner
TUM-ID:0000003604
BSc Physics Mentoring
Lecturer:Ian Sharp
Time and Location:tbd, S205 WSI
TUM-ID:0000000876
BSc Physics Mentoring
Lecturer:Martin Stutzmann
Time and Location:tbd, WSI S207
TUM-ID:TUM Online
BSc Physics Mentoring
Lecturer:Martin Brandt
Time and Location:tbd, WSI S301
TUM-ID:0000000197
BSc Student Mentoring
Lecturer:Jonathan Finley
For:BSc Students from 1. & 2. Semester
Type:Seminar
Time and Location:24.5.19 at 15:00 - WSI Foyer Bereich
TUM-ID:0000000197
Consultation hour to Physik (MSE)
Lecturer:Martin Stutzmann
Time and Location:Tue, 14:00-15:00, WSI S207
TUM-ID:0000001246
Current Topics in Semiconductor Interface Physics
Lecturer:Ian Sharp
For:MSc Students, Doctoral Candidates
Type:Seminar
Time and Location:Tue 13:00-14:30, WSI S402
TUM-ID:0000003472
Current Topics in the Physics and Technology of 2D Materials
Lecturer:Andreas Stier
For:MSc Students Physics AEP / KM
EU-Credits:5 ECTS
Type:Advanced Seminar / Lab Course
Time and Location:Thursday 14:15-15:30 S101 Schottky Institut
TUM-ID: 0000000115
Exercise Class to Materials Physics
Lecturer:Jonathan Finley
For:BSc 6. Sem
Type:Exercise Class
Time and Location:Friday
TUM-ID:0000002866
Moodle:https://www.moodle.tum...
Exercise class to Physics (MSE)
Lecturer:Martin Stutzmann
For:BSc students
Type:exercise class
Time and Location:Mon and Tue, classes announced in TUMonline
TUM-ID:0000001729
Experimentalphysik 2 (MSE)
Lecturer:Martin Stutzmann
For:Bachelor Students
EU-Credits:9 CP
Type:Vorlesung
Time and Location:Tue 12:00-14:00 in MW2001, Thu 10:00-11:00 in HS2
TUM-ID:0000000044
Experimentalphysik 4 in englischer Sprache
Lecturer:Jonathan Finley
For:Bachelor Studenten ab 4. Sem
EU-Credits:5 ECTS
Type:Vorlesung
Time and Location:Dienstag 14:15-16:00 HS-1 Rudolf Mößbauer Hörsaal
TUM-ID:0000000633
Moodle:https://www.moodle.tum...
Experimentelle Methoden der Festkörperspektroskopie
Lecturer:Martin Brandt
For:MSc and Graduate Students
EU-Credits:3 CP
Type:Advanced Seminar
Time and Location:tbd
TUM-ID:0000004711
FoPra Exercise 06: Microwave and Detection Techniques in Electron Spin Resonance
Lecturer:Martin Brandt
For:MSc Students
Type:practical training
Time and Location:tbd
TUM-ID: 0000003545



FOPRA Experiment 01: Ballistic Transport (Pinball with Electrons)
Lecturer:Jonathan Finley
For:MSc Students Physics AEP / KM
Type:Practical Training
Time and Location:n. V,.
TUM-ID:TUM Online
FoPra Experiment 08: Hochauflösende Röntgenbeugung
Lecturer:Martin Stutzmann
For:MSc Students
Type:practical training
Time and Location:tbd
TUM-ID: 0000003547



FOPRA Experiment 14: Optical Absorption
Lecturer:Jonathan Finley
Type:Practical Training
TUM-ID:TUM Online
FOPRA Experiment 15: Quantum Information Using Nitrogen-Vacancy Centers In Diamond
Lecturer:Jonathan Finley
Type:Practical Training
TUM-ID:TUM Online
FOPRA Experiment 24: Field-Effect Transistor (MOSFET)
Lecturer:Jonathan Finley
Type:Practical Training
TUM-ID:TUM Online
FoPra Experiment 50: Photovoltaik
Lecturer:Martin Stutzmann
For:MSc Students
Type:practical training
Time and Location:tbd
TUM-ID:0000003547
FoPra Experiment 84
Lecturer:Anna Cattani-Scholz
For:MSc Students
Type:practical training
Time and Location:tbd
TUM-ID:0000003549
FOPRA-Versuch 66
Lecturer:A. Holleitner
Type:Practical training
TUM-ID:0000003522
Literatur-Seminar Solid-State-Physics
Lecturer:Martin Stutzmann
For:MSc Students and Doctoral Candidates
Type:Seminar
Time and Location:block course
TUM-ID:0000003125
Materials Physics / Materialphysik
Lecturer:Jonathan Finley
For:BSc 6. Sem
EU-Credits:5 ECTS
Type:Lecture
Time and Location:Tue 10:15-12:00 and Fri 10:15-12:00 HS-3 Physik Department
TUM-ID:https://campus.tum.de/...
Moodle:https://www.moodle.tum...
Materialwissenschaften II
Lecturer:C. Grosse; A. Holleitner
For:BSc MSE
Type:Lecture
new lecture
Lecturer:lecturer
new lecture
Lecturer:lecturer
Novel Semiconductor based Nanomaterials & Devices
Lecturer:Gregor Koblmueller
For:MSc Students Physics AEP / KM
EU-Credits:5 ECTS
Type:Advanced Seminar
Time and Location:Thursday 12:00 - 13:30, ZNN Seminar Room 0.001
TUM-ID:0000004575
Physics (MSE)
Lecturer:Martin Stutzmann
For:BSc students MSE
EU-Credits:9 CP
Type:lecture
Time and Location:Tue, 12:00-14:00, Thu, 10:00-11:00, MW 2001
TUM-ID:0000000044
Physics and Chemistry of functional interfaces
Lecturer:Anna Cattani-Scholz
For:MSc Students
EU-Credits:5 CP
Type:lecture
Time and Location:block course, Wed 10:00-12 + Fri 10:00-12:00, start on 05.06.19, ZNN 1.003
TUM-ID:0000002184
Physics and Materials Science of Renewable Energy
Lecturer:Ian Sharp
For:MSc Students
EU-Credits:4 CP
Type:Seminar
Time and Location:Fri 14:15-15:30, WSI S101
TUM-ID:0000001230
Renewable Energy
Lecturer:Ian Sharp
EU-Credits:10 CP
Type:Lecture
TUM-ID:0000000221
Schottky Seminar
Lecturer:M. Brandt, J. Finley, A. Holleitner, I. Sharp, M. Stutzmann
For:BSc, MSc, Doctoral Candidates, PostDocs
Type:Seminar
Time and Location:Tue, tbd, WSI S101 or ZNN 0.001
TUM-ID:TUM Online
Science Slam : To the Point !
Lecturer:Jonathan Finley, Reinhard Kienberger, Stephan Paul
For:MSc Students from 1st Semester and PhD Students
EU-Credits:5
Type:Seminar
Time and Location:PH II 227, Seminarraum E20 (5107.EG.227)
TUM-ID:0000003801
Semiconductor Electronic and Photonic Devices
Lecturer:Martin Brandt
For:MSc Students
EU-Credits:5 CP
Type:lecture
Time and Location:Thu 14:00-16:00, ZNN 0.001
TUM-ID:0000000689
Seminar and journal club to optoelectronics on the nanoscale
Lecturer:A. Holleitner
Type:Seminar
TUM-ID:0000000521
Topical Issues in Magneto- and Spintronics
Lecturer:Martin Brandt, Hans Hübl
For:BSc, MSc and Graduate Students
EU-Credits:4 CP
Type:Advanced Seminar
Time and Location:Wed 11:30-13:00, WSI S101
TUM-ID:0000001073
Topological electronics and materials
Lecturer:C. Kastl, A. Holleitner,
For:MSc. Physics
EU-Credits:5 ECTS
Type:lecture
Time and Location:Wednesday 2-4 pm
TUM-ID:0000000216
Vorbesprechung zum F-Praktikum
Lecturer:Martin Stutzmann
For:BSc - MSc - Edu Students
Time and Location:PH HS1 - date and time to be announced in TUMonline
TUM-ID:0000000265






Walter Schottky Institut About the Institute Research

Technische Universität München Annual Reports Photonics & Optoelectronics
Am Coulombwall 4 Events and News Quantum Technologies
D-85748 Garching History of WSI Energy Materials
Germany How to get to WSI Engineered Nanomaterials
Scientific Background Functional Interfaces
Tel: +49-(0)89-289-12761 Seminars Nanofabrication
Fax: +49-(0)89-289-12737 The WSI in Numbers

Partners Publications
(c) 2018 Walter Schottky Institut WSI Association

Intranet





Walter Schottky Institut Navigation

Technische Universität München Contact
Am Coulombwall 4 Groups
D-85748 Garching Institute
Germany Partners
Publications
Tel: +49-(0)89-289-12761 Research
Fax: +49-(0)89-289-12737 Groups
Intranet
(c) 2018 Walter Schottky Institut