MoSaiQC
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University of Amsterdam

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The University of Amsterdam hosts the Strontium Quantum Gases group of Florian Schreck, who is also the MoSaiQC coordinator. The group uses strontium quantum gases to study quantum many-body physics and for precision measurement. Four research projects are pursued: the creation of ultracold RbSr ground-state molecules, the construction of a superradiant clock, a programmable quantum simulator using single Sr atoms in optical tweezers, and a continuous atom laser.

We do have open PhD positions, some of them through our MoSaiQC projects, an open research assistant position, and possibilities for master students and postdocs.

Team members

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Florian Schreck uses ultracold quantum gases to explore quantum physics. After his PhD 2002 at E.N.S. Paris with Christophe Salomon and a postdoc in Austin, TX with Mark Raizen, he joined the group of Rudolf Grimm at IQOQI, Innsbruck in 2004. He founded his own research group in 2008, soon afterwards creating the first quantum gas of strontium. Another important breakthrough was to reach quantum degeneracy using only laser cooling. In 2014 he moved his group to Amsterdam, where he extended his research using an ERC consolidator grant and an NWO Vici grant. He is the coordinator of the iqClock and MoSaiQC consortium.

Contact: schreck@uva.nl
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Shayne Bennetts has worked on developing steady state ultracold Strontium gases and atom lasers at the University of Amsterdam since 2014. In former lives he worked with ultracold Rubidium at the Australian National University and on some of the early thulium and holmium fiber lasers, solid state lasers and the OZDIRCM project with the Australian DSTO. He is an iqClock postdoc and passionate about using his engineering prowess to create new quantum machines.

Contact: shayne.bennetts@uva.nl
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Francesca Famà (PhD student) has studied in Pisa and worked on the dysprosium experiment in Giovanni Modugno's group. Now she's excited about the challenge of creating a superradiant clock.

Contact: fama@strontiumBEC.com
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Sheng Zhou (PhD student) has studied at the Institute for Quantum Electronics at Beijing University and worked on vapor cell atomic clocks and cold atom gyroscopes at the Chinese Academic Engineering Physics. He's passionate to push the frontiers of precision measurement.

Contact: sheng@strontiumBEC.com
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Judith Kreukels works at the Project Management department of the Faculty of Science and is the Project Manager of MoSaiQC.

Contact: j.e.kreukels@uva.nl
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Marcel Vonk is a theoretical physicist with an affinity for outreach and science popularization. He is the outreach coordinator for the MoSaiQC consortium.

Contact:
m.l.vonk@uva.nl
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             Camila Beli Silva is working as one of the Early Stage Researchers on the development of high finesse UHV                               vacuum cavities that can be loaded with ultracold strontium atoms.
           
             Contact: c.belisilva@uva.nl

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Benedikt Heizenreder is working as one of the Early Stage Researchers on superradiant clocks. The goal is to realize continuous operation on the mHz-linewidth clock transition. 

Contact: 
b.heizenreder@uva.nl 
Part of the iqClock project will be executed on the Sr atom laser apparatus under construction in Amsterdam. The following team members are mainly working on this apparatus, but will contribute with their know-how to iqClock and MoSaiQC.
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Benjamin Pasquiou (Co-PI)

​Contact: b.b.pasquiou@uva.nl
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Chun-Chia Chen, postdoc

Contact: C.C.Chen@uva.nl
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Rodrigo González-Escudero, PhD student

Contact: r.escuderogonzalez@uva.nl​

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This project has received funding from the European Union’s Horizon 2020 research and innovation programme
​​under grant agreement No 860579 (MoSaiQC project).
  • Home
  • About
  • News
  • ESR (PhD) projects
    • Amsterdam
    • Birmingham
    • Toptica
    • Torun
    • Copenhagen
    • Vienna
    • Innsbruck
    • Britisch Telecom
    • NKT Photonics
  • Partners
    • University of Amsterdam
    • University of Birmingham
    • Toptica
    • Nicolaus Copernicus University
    • University of Copenhagen
    • TU Wien
    • University of Innsbruck
    • British Telecom
    • Teledyne e2v
    • NKT Photonics
  • Results
    • From the lab
    • Webinars
  • Contact