Imaging theory and applications*

(E) biweekly

SR 2, ACP

Plasma Physics*

(E) biweekly

Azamoum

SR 2 HHW 5

Semicon. Nanomat*

(E) biweekly

Staude

SR 3 MWP 1

XUV Optics*

(L)

Spielmann, Kartashov

SR 4 MWP 1

Optical Machine Learning*

(E) biweekly

PC Pool ACP

Phys. of Extr. Elm. Fields*

(E) biweekly

SR 104, Fraunhoferstr. 8

Analytical Instrum.*

(E) biweekly

Beladiya

SR 1, ACP

Micro/Nanotech.*

(E) biweekly

Siefke

Auditorium ACP

Biophotonics*

(L)

Heintzmann, Ehricht, Täuber

SR 1, ACP

Comp. Photonics*

(L)

Pertsch

Auditorium ACP

Particles in ultraintense laser fields*

(E) biweekly

Seipt

SR 104, Fraunhoferstr. 8

Adv. Seminar Optics

(S)

Spielmann

SR 1 MWP 1

Imaging theory and applications*

(L)

Blahnik

SR 2, ACP

Plasma Physics*

(L)

Kaluza

SR 2 HHW 5

Semicon. Nanomat*

(L)

Staude

SR 3 MWP 1

XUV Optics*

(E) biweekly

Kartashov

SR 4 MWP 1

Lens Design I*

(L)

Blahnik

PC Pool ACP

Optical Machine Learning*

(L)

Chemnitz

SR 1, ACP

Phys. of Extr. Elm. Fields*

(L)

Stöhlker

SR 104, Fraunhoferstr. 8

Analytical Instrum.*

(L)

Szeghalmi

SR 1, ACP

Biomedical Imaging - Nonion. Rad.*

(L)

Reichenbach

SR 1 MWP 1

Micro/Nanotech.*

(L)

Siefke

Auditorium ACP

Biophotonics*

(E) biweekly

Heintzmann, Ehricht, Täuber

SR 1, ACP

Comp. Photonics*

(E) biweekly

PC Pool ACP

Particles in ultraintense laser fields*

(L)

Seipt

SR 104, Fraunhoferstr. 8

App.Laser Technologies*

(L)

Eggeling

SR 1, ACP

Quantum Computing*

(L)

Steinlechner

SR 2, ACP

Structured Light & Wavefront Shaping*

(L)

Cizmar, Gomes

Auditorium ACP

Introduct. to X-Ray Spectroscopy*

(L)

Röhlsberger

SR 104, Fraunhoferstr. 8

Ion traps*

(L)

Micke

SR 6 HHW 4

Optical system design fundamentals*

(L)

Blahnik

Auditorium ACP

Phys. Experimentieren/ Research Lab

Lens Design I*

(E) biweekly

PC Pool ACP

Innovation Methods in Photonics*

(L)

Pertsch

SR 1, ACP

Mod.Meth. of Spectros.*

(L)

Spielmann

SR 3 MWP 1

Strong-field Laser Physics*

(L)

Paulus, Kübel-Schwarz

SR 1 MWP 1

Theory of Excitations in Materials*

(E) biweekly

HS 3 Abbeanum

Fiber Optics*

(L)

M.Schmidt

SR 1, ACP

Microscopy*

(L)

Heintzmann, Eggeling

SR 2, ACP

Quantum Optics*

(L)

Setzpfandt

Auditorium ACP

App.Laser Technologies*

(E) biweekly

SR 1, ACP

Computation Quantum Dynamics*

(L)

Gärttner

HS 3 Abbeanum

Quantum Computing*

(E) biweekly

SR 2, ACP

Structured Light & Wavefront Shaping*

(E) biweekly

Cizmar, Gomes

PC Pool ACP

Introduct. to X-Ray Spectroscopy*

(E) biweekly

Röhlsberger

SR 3 MWP 1

Ion traps*

(E) biweekly

Micke

SR 6 HHW 4

Optical system design fundamentals*

(E) biweekly

Auditorium ACP

Innovation Methods in Photonics*

(E) biweekly

Pertsch

SR 1, ACP

Mod.Meth. of Spectros.*

(E) biweekly

SR 3 MWP 1

Strong-field Laser Physics*

(E) biweekly

Kübel-Schwarz

SR 1 MWP 1

Theory of Excitations in Materials*

(L)

Cocchi

HS 3 Abbeanum

Fiber Optics*

(E) biweekly

SR 1, ACP

Optics for Spectroscopists*

(L)

Mayerhöfer

SR 2, ACP

Quantum Optics*

(E) biweekly

Auditorium ACP

Physikalisches Kolloquium

HS 1 Abb

Biomedical Imaging - Nonion. Rad.*

(E) biweekly

Krämer

PC Pool PAF

Computation Quantum Dynamics*

(E) biweekly

SR 5 HHW 4

Microscopy*

(E) biweekly

SR 1, ACP

Milestones in Optics*

(L)

Mappes

see Friedolin