M.Sc.Physics Specialisation Optics | |||||||||||||||||||||||||||||||
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Monday | Tuesday | Wednesday | Thursday | Friday | |||||||||||||||||||||||||||
08:00-09:00 | Adv.Quantum Theory SR 2 HHW 5 | Adv.Quantum Theory Gies HS 2 HHW 5 | Nanoscale imaging with XUV + X-ray light* SR 2, ACP | Lens Design II* Hanft PC Pool ACP | Quantum Communication* Steinlechner, Eilenberger Auditorium ACP | Ultrafast Optics* Alberucci, Nolte SR 1, ACP | Adv.Quantum Theory Gies HS 2 HHW 5 | Quantum Imaging & Sensing* SR 1, ACP | Ultrafast Fibre Laser* SR 2, ACP | Thinfilm Optics* SR 2, ACP | |||||||||||||||||||||
09:00-10:00 | |||||||||||||||||||||||||||||||
10:00-11:00 | Adv. Sem. Optics Steinlechner SR 7 HHW 4 | Laser Driven Rad. Sources* Zepf SR 4 MWP 1 | Nanoscale imaging with XUV + X-ray light* Rothhardt SR 2, ACP | Lens Design II* PC Pool ACP | Quantum Communication* SR 1, ACP | Ultrafast Optics* Goebel SR 2, ACP | Biomedical Imaging - Ion. Rad.* Reichenbach SR 1 MWP 1 | Interact.high-energy rad. and matter* Stöhlker SR 104 Fraunhoferstraße 8 | Laser Driven Rad. Sources* SR 2 HHW 5 | Ultrafast Fibre Laser* Chernysheva SR 2, ACP | Thinfilm Optics* Stenzel SR 1, ACP | ||||||||||||||||||||
11:00-12:00 | |||||||||||||||||||||||||||||||
12:00-13:00 | Adv. Topics of Optoelectronics* Besaga SR 2, ACP | Advanced Quantum Optics* Saravi SR 1, ACP | Nonlinear Optics* Paulus SR 1 MWP 1 | App.Laser Techn. - Biological App* Eggeling, Cizmar SR 1, ACP | Computational Imaging* Lötgering, Heintzmann PC Pool ACP | Grundlagen Laserphys.* Limpert, Jauregui SR 3 MWP 1 | Introduction to modern X-Ray science* Röhlsberger, Sadashivaiah SR 5 HHW 4 | Research Lab or individual arrangement | Physical Optics Design* Wyrowski PC Pool ACP | Quantum Imaging & Sensing* Gräfe, Setzpfandt SR 1, ACP | High-Intensity / Relativistic Optics* Azamoum SR 4 MWP 1 | Opt. Prop. of Solids in Ext. Fields* H.Schmidt SR 2, ACP | Physical Optics* Franke SR 1, ACP | Active Phot. Devices* M.Schmidt SR 1, ACP | Introduct. accelerator physics* Stöhlker, O.Forstner SR 4 MWP 1 | ||||||||||||||||
13:00-14:00 | |||||||||||||||||||||||||||||||
14:00-15:00 | Adv. Topics of Optoelectronics* Besaga SR 2, ACP | Advanced Quantum Optics* SR 1, ACP | Nonlinear Optics* Kübel-Schwarz SR 1 MWP 1 | App.Laser Techn. - Biological App* SR 1, ACP | Computational Imaging* PC Pool ACP | Grundlagen Laserphys.* SR 3 MWP 1 | Introduction to modern X-Ray science* Röhlsberger SR 5 HHW 4 | Physical Optics Design* Wyrowski PC Pool ACP | High-Intensity / Relativistic Optics* Kaluza SR 4 MWP 1 | Opt. Prop. of Solids in Ext. Fields* Vegesna SR 2, ACP | Physical Optics* SR 1, ACP | Active Phot. Devices* SR 1, ACP | Introduct. accelerator physics* Stöhlker, O.Forstner SR 4 MWP 1 | ||||||||||||||||||
15:00-16:00 | |||||||||||||||||||||||||||||||
16:00-17:00 | Biomedical Imaging - Ion. Rad.* Reichenbach, Krämer, Herrmann PC Pool PAF | Meilensteine technische Optik* Mappes siehe Friedolin | Interact.high-energy rad. and matter* SR 104 Fraunhoferstraße 8 | ||||||||||||||||||||||||||||
17:00-18:00 | |||||||||||||||||||||||||||||||
18:00-19:00 | |||||||||||||||||||||||||||||||
19:00-20:00 | |||||||||||||||||||||||||||||||
20:00-21:00 |
14.12.2023 10:02:10
(*) - Wahlangebot/Elective course, V - Vorlesung/Lecture, Ü/E - Übung/Exercise, S - Seminar, T - Tutorium, P - Praktikum/Lab