QIPC 2011

Submitted by pamuelle on Fri, 10/27/2017 - 15:59
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Gallery Pictures
QIPC 2011, Young Investigator Award, Sept 6, 2011, Andreas Wallraff (Image: Heidi Hostettler, ETH Zurich)
Ronald Hanson and Stefano Pironio (from left to right) were awarded the QIPC 2011 Young Investigator Award (Image: Heidi Hostettler, ETH Zurich)
QIPC 2011, Young Investigator Award, Sept 6, 2011, from left to right: Lukas Theussel, Nicolas Gisin, Roland Hanson, Stefano Pironio, Andreas Wallraff (Image: Heidi Hostettler, ETH Zurich)
QIPC 2011 Conference (Image: Quantum Device Lab, ETH Zurich)
QIPC 2011 Conference (Image: Quantum Device Lab, ETH Zurich)
QIPC 2011 Conference, group photo (Image: Heidi Hostettler, ETH Zurich)
QIPC 2011 School, group photo taken on Sept 2, 2011
QIPC 2011 School, hike to Pers glacier on Sept 3, 2011
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Conferences/Workshops
URL-Alias
qipc2011
Description

QIPC 2011 Conference at ETH Zurich from September 5 - 9, 2011 and preceding QIPC 2011 School at Berghaus Diavolezza (Swiss Alps) from September 2-4, 2011.

Rydberg Lab

Submitted by pamuelle on Fri, 10/27/2017 - 15:28
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Gallery Pictures
The Rydberg experiment uses cryogenic techniques (front) and high power lasers (back) to combine atomic and solid state systems. (Image: Heidi Hostettler, ETH Zurich)
Tobias Thiele is tuning the dye laser. (Image: Stefan Filipp, Quantum Device Lab, ETH Zurich)
For hybrid quamtum experiments we use frequency tunable dye lasers to create atoms over a wide range of highly excited Rydberg states. (Image: Heidi Hostettler, ETH Zurich)
We frequency double visible laser light to obtain coherent radiation in the ultraviolet regime to excite Rydberg helium atoms. (Image: Heidi Hostettler, ETH Zurich)
A cold RF plasma discharge creates helium atoms in the metastable triplet state to lock a fiber laser onto its cycling transition. (Image: Heidi Hostettler, ETH Zurich)
Photograph of a transmission line on a chip used to interface Rydberg atoms with microwave photos. (Image: Heidi Hostettler, ETH Zurich)
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Lab & Experiments
URL-Alias
rydberglab
Description

At the Quantum Device Lab we explore hybrid quantum systems in which we use Rydberg atoms either as surface probes for DC and AC electric fields or interface them with on-chip microwave photons.

Cryogenic Lab

Submitted by pamuelle on Fri, 10/27/2017 - 15:10
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Gallery Pictures
Cryogenic Lab 2006: Delivery of the first cryogenic system of the Quantum Device Lab. (Image: Quantum Device Lab, ETH Zurich)
Cryogenic Lab 2006: Johannes Fink is assembling the first cryostat. (Image: Quantum Device Lab, ETH Zurich)
Cryogenic Lab 2006: Romeo Bianchetti, Johannes Fink (seen in the foreground from left) and Peter Leek in the background are building up the measurement equipment. (Image: Quantum Device Lab, ETH Zurich)
Cryogenic Lab 2012: Cryogenic and microwave frequency apparatus. (Image: Quantum Device Lab, ETH Zurich)
Cryogenic Lab 2012: The experiments are carried out in a cryostat below 0.02 Kelvin (close to the absolute zero), seen in the background in red and involve a considerable amount of microwave frequency control electronics equipment (front right). (Image: Heidi Hostettler, ETH Zurich)
Cryogenic Lab 2012: Part of the team in front of the microwave frequency control an measurement setup. From left: Christian Lang, Janis Lütolf, Lars Steffen, Jonas Mlynek. (Image: Heidi Hostettler, ETH Zurich)
Cryogenic Lab 2012: Lars Steffen is working on the cryostate. (Image: Heidi Hostettler, ETH Zurich)
Experiments: The microchip with several transmons and resonators is glued on the printed circuit board. The printed circuit board is then fixed on the sample holder. Each transmon can be manipulated by its charge line and its flux line. (Image: Yulin Liu, Quantum Device Lab, ETH Zurich)
Experiments: The microchips are mounted inside the cryostat. (Image: Quantum Device Lab, ETH Zurich)
Experiments: Philipp Kurpiers, Markus Oppliger and Yves Salathé (from left) are analyzing the results. (Image: Quantum Device Lab, ETH Zurich)
Gallery Folder
Lab & Experiments
URL-Alias
cryogeniclab
Description

The photographs show the lab, how it started in 2006 and how the lab is equipped today.

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