Contact

Max Planck Institute of Quantum Optics
P.O.Box 13 27
D-85741 Garching, Germany

Street address:
Hans-Kopfermann-Str. 1
D-85748 Garching, Germany

Phone: + 49 (89) 3 29 05 - 0
Fax:    + 49 (89) 3 29 05 - 200

Contact person

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Dr. Olivia Meyer-Streng

Leitung Presse- und Öffentlichkeitsarbeit/ Head of Press & Public Relations

Phone:+49 89 32905-213

 

Research News

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Teaser_neu

Ultrakurz gestoppt

November 24, 2014
Ein internationales Forscherteam hat erstmals die Dauer der derzeit kürzesten Röntgenpulse gemessen. [more]
Teaser_2

Final proof for optimal encoding strategies in optical communication

September 24, 2014
MPQ-theorist proves that Gaussian encoding guarantees minimum output entropy and hence ultimate capacity of optical communication channels. [more]
Teaser_neu_2

Ultracold atoms juggle spins with exceptional symmetry

September 03, 2014
LMU/MPQ scientists succeed in revealing a highly symmetric exchange of spins between ytterbium atoms in different electronic orbital states [more]
Teaser

A transistor-like amplifier for single photons

July 28, 2014
A team of scientists at MPQ achieves a twentyfold amplification of single-photon signals with the help of an ultracold quantum gas. [more]
Teaser

The Future of Ultrashort Laser Pulses

July 24, 2014
Rapid advances in techniques for the creation of ultra-short laser pulses promise to boost our knowledge of electron motions to an unprecedented level. [more]
Teaser_neu

Highway for ultracold atoms in light crystals

July 09, 2014
LMU/MPQ-physicists succeed in realizing an analogue of the Meissner effect by measuring edge currents in a ladder-like crystal of light. [more]
Quadrat

Light waves allow preferred bond breaking in symmetric molecules

May 08, 2014
An international team of scientists discovered a new quantum control mechanism to selectively shake and break C-H bonds in symmetric hydrocarbon molecules with the waveform of femtosecond laser pulses [more]
Pm_14_04_10

A quantum logic gate between light and matter

April 10, 2014
Scientists at MPQ successfully process quantum information with a system comprising an optical photon and a trapped atom. [more]
 
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