(Universität Heidelberg, Germany)
(University of Melbourne, Australia)
(Universitat Autònoma de Barcelona, Spain)
Quantum sensing, along with quantum metrology and quantum communications, is one of the pillars of the emerging new technologies in this century. In this workshop we aim at moving from the paradigm of using isolated single quantum systems as sensors to devices formed by many-body quantum correlated systems and "synthetic quantum materials" that exploit entanglement to achieve higher resolution in the determination of an unknown parameter.
Bollinger, John (US)
Bose, Sugato (UK)
Budker, Dmitry (DE)
Calabrese, Pasquale (IT)
Calsamiglia, John (ES)
Casanova, Jorge (DE)
Devoret, Michel (US)
Essler, Fabian (UK)
Girvin, Steve (US)
Gorshkov, Alexey (US)
Hartmann, Michael (UK)
Hauke, Philipp (DE)
Hazzard, Kaden (US)
Heyl, Markus (DE)
Klempt, Carsten (DE)
Klich, Israel (US)
Le Hur, Karyn (FR)
Lewenstein, Maciej (ES)
Morton, John J.L. (UK)
Polzik, Eugene (DK)
Reichel, Jakob (FR)
Rey, Ana-Maria (US)
Schleier-Smith, Monika (US)
Sherson, Jacob (DK)
Smerzi, Augusto (IT)
Vuletic, Vladan (US)
Wrachtrup, Jörg (DE)