Lens Design II*

biweekly (E)

PC Pool ACP

Nanoscale imaging with XUV + X-ray light*

biweekly (E)

SR 2, ACP

Optoelectronics*

biweekly (E)

SR 7 HHW 4

Ultrafast Optics*

(L)

Alberucci, Nolte

SR 1, ACP

Quantum Imaging & Sensing*

biweekly (E)

SR 1, ACP

Ultrafast Fibre Laser*

biweekly (E)

SR 2, ACP

AI for Quantum Physics*

biweekly (E)

PC Pool ACP

Thinfilm Optics*

biweekly (E)

SR 2, ACP

Adv. Sem. Optics

(S)

Spielmann

SR 1 MWP 1

Laser Driven Rad. Sources*

(L)

Zepf

SR 4 MWP 1

Lens Design II*

(L)

Blahnik

PC Pool ACP

Nanoscale imaging with XUV + X-ray light*

(L)

Rothhardt

SR 2, ACP

Optoelectronics*

(L)

Soavi

SR 7 HHW 4

Ultrafast Optics*

biweekly (E)

Goebel

SR 1, ACP

Biomedical Imaging - Ion. Rad.*

(L)

Reichenbach

SR 2 HHW 5

Interact.high-energy rad. and matter*

(L)

Stöhlker

SR 104 Fraunhoferstraße 8

Laser Driven Rad. Sources*

biweekly (E)

SR 1 MWP 1

Ultrafast Fibre Laser*

(L)

Chernysheva

SR 2, ACP

AI for Quantum Physics*

(L)

Gu

Auditorium ACP

Thinfilm Optics*

(L)

Stenzel

SR 1, ACP

Computational Imaging*

(L)

Heintzmann, Lötgering

SR 1, ACP

Neuromorphic Photonics - Platforms & Applications*

(L)

Goi

SR 2, ACP

Nonlinear Optics*

(L)

Paulus

SR 1 MWP 1

App.Laser Techn. - Biological App*

(L)

Eggeling, Cizmar, Ehricht

SR 1, ACP

Introduction to modern X-Ray science*

(L)

Sadashivaiah, Röhlsberger

SR 104 Fraunhoferstraße 8

Nonlin. Dyn. in Opt. Waveguides*

(L)

Chemnitz

SR 2, ACP

Research Lab

or individual arrangement

Aberration Theory*

(L)

Blahnik

SR 2, ACP

Quantum Imaging & Sensing*

(L)

Setzpfandt

SR 1, ACP

Frugal Photonics and global health*

(L)

SR 1, ACP

High-Intensity / Relativistic Optics*

biweekly (E)

Azamoum

SR 4 MWP 1

Introduc. Nanooptics*

(L)

Staude

SR 2, ACP

Active Phot. Devices*

(L)

M.Schmidt

SR 1, ACP

Computational Imaging*

biweekly (E)

SR 1, ACP

Neuromorphic Photonics - Platforms & Applications*

biweekly (E)

SR 2, ACP

Nonlinear Optics*

biweekly (E)

SR 1 MWP 1

App.Laser Techn. - Biological App*

biweekly (E)

SR 1, ACP

Introduction to modern X-Ray science*

biweekly (E)

Röhlsberger

SR 5 HHW 4

Nonlin. Dyn. in Opt. Waveguides*

biweekly (E)

Chemnitz

SR 2, ACP

Aberration Theory*

biweekly (E)

SR 2, ACP

Frugal Photonics and global health*

biweekly (E)

SR 1, ACP

High-Intensity / Relativistic Optics*

(L)

Kaluza

SR 4 MWP 1

Introduc. Nanooptics*

biweekly (E)

SR 2, ACP

Photonic Quantum State Engineering*

(L)

Steinlechner

Active Phot. Devices*

biweekly (E)

SR 1, ACP

Laser Engineering*

biweekly (E)

SR 1 MWP 1

Biomedical Imaging - Ion. Rad.*

biweekly (E)

Reichenbach, Krämer

PC Pool PAF

Meilensteine technische Optik*

(V)

Mappes

siehe Friedolin

Interact.high-energy rad. and matter*

biweekly (E)

SR 104 Fraunhoferstraße 8

Laser Engineering*

(L)

SR 1 MWP 1

Photonic Quantum State Engineering*

(E)