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SUN 05/08

MON 06/08

TUE 07/08

WED 08/08

THU 09/08

FRI 10/08

SAT 11/08

SUN 12/08

MON 13/08

TUE 14/08

WED 15/08

THU 16/08

FRI 17/08

Arrival at the Physikzentrum

08:00

Breakfast

08:45

Opening

09:00

Nazarov

Nazarov

Bergmann

Bergmann

Nazarov

Siewert

Free Time

Büttiker

Büttiker

Stenholm

Stenholm

Marquardt

10:30

Coffee Break

Coffee Break

11:00

Plenio

Plenio

Giovanetti

Student’s Short Talks

Bruder

Belzig (Tutorial)

Aguado

Fleischhauer

Fleischhauer

Marquardt

Poster Prizes and Conclusion

12:30

Lunch

Lunch

15:00 Student’s Short Talks Giovannetti 16:30 Coffee Break

Excursion

Rodriguez (NEMS Discussion) Aguado Coffee Break

Free Time

Bruder Braggio Coffee Break

Excursion

Tutorials / Lectures C. Break

End of the Summer School Departure

Registration until 21:oo

17:00

Student’s Short Talks

Free Time

Marquardt (Tutorial)

Stenholm (Tutorial)

Belzig (Tutorial)

Tutorials / Lectures

Dinner

18:30

Dinner

Informal Get Together

20:00

Social Evening

Tutorials

Tutorials

Poster

Poster

Tutorials

Tutorials

List of preliminary titles:

Name	Lecture Title
Dr. Ramon Aguado	Finite-frequency shot noise in nanostructures
Prof. Dr. Klaas Bergmann	1. Adiabatic passage processes in the gas phase: fundamental aspects / 2. Adiabatic passage processes in the gas phase: applications
Prof. Dr. Christoph Bruder	Current cross-correlations in electrical and nano-electromechanical systems
Prof. Dr. Markus Büttiker	1. Quantum to classical transition: dynamics and shot noise correlations / 2. Two-particle Aharonov-Bohm effect
Prof. Dr. Giuseppe Falci	Quantum information with superconducting nanocircuits
Dr.Vittorio Giovanetti	Quantum protocols with spin networks
Prof. Dr. Michael Fleischhauer	1. EIT and coherent control of single-photon pulses / 2. Quantum information processing with photons and emsemble of oscillators
Dr. Florian Marquardt	Quantum electrodynamics in superconducting circuits
Prof. Yuli Nazarov	Quantum Noise and Circuit Theory
Prof. Martin Plenio	Manipulating Quantum Information in Few and Many-Body-Systems
Prof. Dr. Stig Stenholm	The direction of time in dynamical quantum systems