Given the recent progresses in preparing and detecting quantum correlations in cold gases, and the growing interests that we encountered in seeking for further possible developments, we are organizing an interactive workshop, focused more on discussions than on lengthy talks, to stimulate further interactions between theoretical and experimental groups, and to explore the various ideas that came out recently on this subject.
The participation is free and no registration is required.
Organisers:
Giuseppe Vitagliano (IQOQI, Vienna)
Matteo Fadel (Universität Basel)
Supported by:
IQOQI-Vienna
Austrian Academy of Sciences (ÖAW)
PROGRAM
The idea behind this meeting is to have a workshop in the real sense of the term. For this reason, we dedicated 1h30’ per each topic, to include an oral presentation as well as enough time for discussions and brainstorming. A tentative schedule is the following (please note that small changes might take place during the week):
9:00 -- 9:15 Welcome |
9:15 -- 10:00 Talk A |
10:00 -- 10:30 Discussion |
10:30 -- 11:15 Coffee break |
11:15 -- 12:00 Talk B |
12:00 -- 12:30 Discussion |
12:30 -- 13:45 Lunch |
13:45 -- 14:30 Talk C |
14:30 -- 15:00 Discussion |
15:00 -- 15:45 Talk D |
15:45 -- 16:15 Discussion |
16:15 -- 17:00 Coffee break |
17:00 -- 17:45 Talk D |
17:45 -- 18:15 Discussion |
1A) Detecting entanglement in a many-body system with finite statistics
Jean-Daniel Bancal
1B) Device-independent witnesses of entanglement depth from two-body correlators and their optimization
Jordi Tura
1C) Metrological entanglement detection of non-Gaussian and multimode states
Manuel Gessner
1D) Entanglement between two spatially separated atomic modes
Geza Toth
1E) Discussion Time
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2A) Entanglement detection in spinor BECs
Philipp Kunkel, Martin Gärttner
2B) Entanglement between identical particles is a useful and consistent resource
Benjamin Yadin
2C) Towards an "experimental minimum” to witness bipartite entanglement in many-body systems
Tommaso Roscilde
2D) Constructing Bell inequalities for many-body systems: a data-driven approach.
Irénée Frérot
2E) Extreme entanglement generation in hot, strongly-interacting atomic gases
Morgan Mitchell
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3A) Perspectives for the preparation and detection of correlations in a SU(10) strontium antiferromagnet
M. Robert-de-Saint-Vincent
3B) If life gives you ultracold lemons, certify high-dimensional entanglement
Nicolai Friis
3C) Detecting entanglement in large ensemble of large spin atoms
Laurent Vernac
3D) Non-local correlations in spin-1 quantum many-body systems
Albert Aloy, Jordi Tura
3E) Connector tensor networks: scalable witnesses for entanglement and nonlocality
Miguel Navascues
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4A) T.B.D.
Schmiedmayer group
4B) Tomography for continuous field quantum simulators
Marek Gluza
4C-4D-4E) Goodbye + Discussion Time