Adv. Quantum Information

(L)

Gärttner

Straubel-HS

Semicon. Nanomat*

biweekly (E)

Staude

SR 3 MWP 1

Adv. Seminar Quant./ Grav. Theory

(S)

Bernuzzi

SR 2 HHW 5

Quantum chemistry*

(L)

see Friedolin

Adv. Quantum Information

(L)

Gärttner

HS 2 HHW 5

Adv. Quantum Information

(E)

SR 1 MWP 1

Electronic Struct. Theory*

(P)

Rödl

PC Pool PAF

Adv. Quantum Field Theory*

(L)

Flörchinger

Straubel-HS

Comp. Phys. II*

(V)

Bernuzzi

SR 5 HHW 4

Semicon. Nanomat*

(L)

Staude

SR 3 MWP 1

Quantum chemistry*

(S)

see Friedolin

Quantum Computing*

(L)

Steinlechner

SR 2, ACP

Adv. Quantum Field Theory*

(E)

Straubel-HS

Control Techniques in Quantum Optical Experiments*

(L)

Junker

SR 2, ACP

Adv. Quantum Field Theory*

(L)

Flörchinger

Straubel-HS

Electronic Struct. Theory*

(V)

Rödl

SR 7 HHW 4

Innovation Methods in Photonics*

(L)

Pertsch

SR 1, ACP

Quantum Optics*

(L)

Setzpfandt

Auditorium ACP

Quantum Computing*

biweekly (E)

SR 2, ACP

Control Techniques in Quantum Optical Experiments*

biweekly (E)

Junker

SR 2, ACP

Supraleitende Mat.*

(V)

Tympel

SR 4 MWP 1

Comp. Phys. II*

(Ü)

PC Pool PAF

Innovation Methods in Photonics*

biweekly (E)

Pertsch

SR 1, ACP

Quantum Optics*

biweekly (E)

Auditorium ACP

Supraleitende Mat.*

(Ü) 14-tägl.

Tympel

SR 4 MWP 1