The research group is located at IESL-FORTH (iesl.forth.gr) in Crete (Greece). It is currently operating two BEC machines and an experiment dedicated to space optics.
BEC 1: Our long-term aim is to construct a coherently guided matter-wave interferometer. We have recently demonstrated the first guiding of matterwaves over macroscopic distances without affecting the internal coherence of the Bose-Einstein Condensates (BEC), i.e. to guide them without any heating or atom-loss. The interferometer will consist of a novel magnetic ring-shaped waveguide based on time-averaged adiabatic potentials (TAAP).
BEC 2: Our second experiment, which looks at BEC at higher atom numbers. We recently demonstrated a novel atom laser, which has a record flux of 4 x 10^7 atom/s. We also made the coldest thermal source to date (200nK). We are now using our novel QUIC trap plus adiabatic potentials to look at phase properties of large elongated condensates. In the future we plan to study the kinetics of the condensation process itself. We also plan to study the rise of coherence in phase-fluctuating condensates.
Space Optics: We are developing with ESA (ESA.eu) a novel fibre distribution board for complex optical space missions like STE-QUEST.
Submitted by Streltsov on Wed, 17/04/2019 - 15:54.
One Postdoc and two PhD positions in theoretical quantum information science are available at the Centre for Quantum Optical Technologies (QOT) at the University of Warsaw. Successful candidates will work in a team of theoretical physicists and mathematicians on fundamental features of quantum systems and their applications in quantum technology. Potential research topics include, but are not limited to:
- Quantum resource theories (entanglement, coherence, thermodynamics)
- Quantum communication and quantum computation
- Open quantum systems
We are currently recruiting PhD students in three different areas of experimental quantum physics. All three positions are fully funded, with a yearly salary of about €33000, with access to Sweden’s strong social security net.
The areas are 1) cavity QED microscope for single molecules, 2) Quantum computing in rare-earth crystals, 3) slow and fast light applications, described in more detail below.
1) Quantum optics in the context of chemical physics
Submitted by Mstobinska on Tue, 06/11/2018 - 23:09.
We are looking for a highly motivated and talented postdoc willing to join the team undertaking the "First Team" research project entitled Integrated optics in time-frequency domain: a new versatile platform for quantum technologies, funded by the Foundation for Polish Science. The project aims at research in the field of theoretical condensed matter as well as theoretical and experimental quantum optics. The research is carried out in international collaboration with groups from the University of Oxford (United Kingdom) and the University of Paderborn (Germany), with support from companies: Raith, Airbus Defence and Space, GMV Innovating Solutions, Lambda System and Semicon. The team is hosted by the Faculty of Physics of the University of Warsaw.