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Tobias Krom, Karlsruher Institut für Technologie
Rare earth ions as a dopant in nanocrystals are promising candidates for quantum information more

Carsten Robens (MIT)  
Mixtures of quantum fluids lie at the forefront of research into strongly-correlated quantum matter. more

I outline why we can think of (subwavelength) atomic arrays as nanophotonic metamaterials. more

Jean-Yves Desaules (University of Leeds)
Recent experiments on large chains of Rydberg atoms [1] have demonstrated the possibility of realising one-dimensional, kinetically constrained quantum systems. more

Efi Shahmoon, Weizmann Institute of Science
Ordered arrays of trapped atoms form a natural, quantum-coherent interface between light and matter, opening numerous possibilities. more

Pascal Weckesser, University of Freiburg
The fields of ultracold atoms and trapped ions are important pillars of experimental quantum optics. more

Nicola Reiter, (EPFL, Lausanne)
We are setting up a novel type of atom microscope, consisting of ultra-cold Lithium 6 atoms in a highfinesse
cavity, combined with high-numerical-aperture optics. more

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