Optik und Photonik
Studienempfehlungen im M.Sc. Physik
Vertiefung Optik und Photonik
Voraussetzungen
- grundlegender Optikkurs (8 ECTS) z.B. "Optik und Wellen", oder "Fundamentals of modern optics"
Spezialisierung
Videos und inhaltliche Vorstellung: https://www.asp.uni-jena.de/7073/curriculum en
Lasers and strong field physics
- Laser Physics (Limpert), SoSe, ECTS 8
- Grundlagen der Laserphysik (Limpert), WiSe, ECTS 4
- Experimental Nonlinear Optics (Paulus), WiSe, ECTS 4
- High -Intensity /Relativistic Optics (Kaluza), WiSe, ECTS 4, advised after “Laser Physics” or “Grundlagen der Laserphysik”
- Strong-field laser physics (Paulus), SoSe, ECTS 4
- XUV Optics (Spielmann), SoSe, ECTS 4, advised after “Laser Physics” or “Grundlagen der Laserphysik”
- Ultrafast optics (Nolte), WiSe, ECTS 4, advised after “Laser Physics” or “Grundlagen der Laserphysik”
- Introducton to x-ray spectroscopy (Röhlsberger), SoSe, ECTS 4
- Laser driven radiation sources (Zepf), WiSe, ECTS 4
- Particles in strong electromagnetic fields (Zepf), SoSe, ECTS 4
- Modern methods of spectroscopy (Spielmann), SoSe, ECTS 4
- Nuclear matter & formation of elements (Forstner/Stöhlker), SoSe, ECTS 4
- Plasma physics (Kaluza), SoSe, ECTS 4
- Interaction of high-energy radiation with matter (Stöhlker), WiSe, ECTS 4
- Introduction to accelerator physics (Stöhlker), WiSe, ECTS 4
- Introduction to modern x-ray science (Stöhlker), WiSe, ECTS 4
- Physics of ultrafast optical discharge and filamentation (Spielmann), WiSe, ECTS 4
- Ultrafast fibre laser (Chernysheva), WiSe, ECTS 4
Nanooptics and photonic materials
- Introduction to nanooptics (Pertsch), WiSe, ECTS 4
- Optoelectronics (Soavi), SoSe, ECTS 4
- Theory of Nonlinear Optics (Peschel), SoSe, ECTS 4
- Computational Photonics (Pertsch), SoSe, ECTS 4
- Micro/nanotechnology (Tünnermann), SoSe, ECTS 4
- Active photonic devices (M. Schmidt), WiSe, ECTS 4
- Integrated Optics (Setzpfandt), SoSe, ECTS 4
- Nanoengineering (Hoeppener), WiSe, ECTS 4
- Semiconductor nanomaterials (Staude), SoSe, ECTS 4
- Nonlinear optical properties of 2D materials (Soavi), SoSe, ECTS 4
- Nonlinear Dynamics in Optics (Peschel), WiSe, ECTS 4, advised after “Theory of Nonlinear Optics” or “Experimental Nonlinear Optics”
Optical instrumentation and systems
- Introduction to Optical Modeling (Blahnik), WiSe, ECTS 4
- Lens design I (Blahnik), SoSe, ECTS 4
- Lens design II (Blahnik), WiSe, ECTS 4
- Physical Optics (Franke), WiSe, ECTS 4
- Thin Film Optics (Stenzel), WiSe, ECTS 4
- Fiber optics (M. Schmidt), SoSe, ECTS 4
- Optical properties of solids in external fields (H. Schmidt), SoSe/WiSe ECTS 8
- Milestones in optics (Mappes), SoSe, ECTS 4
- Physics solar cells (Paulus), SoSe, ECTS 4
Biophotonics and biomedical imaging
- Biophotonics (Ehricht/Heintzmann), SoSe, ECT 4
- Microscopy (Eggeling), SoSe, ECTS 4
- Light Microscopy (Heintzmann), WiSe, ECTS 4
- Biomedical Imaging - Non-ionizing Radiation (Reichenbach/Förster), SoSe, ECTS 4
- Biomedical Imaging - Ionizing Radiation (Reichenbach/Förster), WiSe, ECTS 4
- Applied Laser Technology (Eggeling, Cizmar), SoSe, ECTS 4
- Applied Laser Technology - Biophysical Applications (Eggeling, Cizmar), WiSe, ECTS 4
- Computational imaging (Heintzmann), WiSe, ECTS 4
- Image processing (Heintzmann), WiSe, ECTS 4
Quantum photonics and quantum technology
- Quantum Optics (Setzpfandt), SoSe, ECTS 4
- Fundamentals of Quantum Information (Steinlechner), WiSe, ECTS 8
- Quantum Imaging and Sensing (Setzpfandt), WiSe, ECTS 4, advised after “Quantum Optics”
- Quantum Computing (Steinlechner, Eilenberger), SoSe, ECTS 4, advised after “Quantum Optics” or “Fundamentals of Quantum Information”
- Advanced Quantum Information (Gärttner), SoSe, ECTS 8, advised after “Fundamentals of Quantum Information”
- Computational Quantum Dynamics (Gärttner), WiSe, ECTS 4
- Quantum Information Theory (Sondenheimer), WiSe, ECTS 4, advised after “Quantum Optics” or “Fundamentals of Quantum Information”