Aito Tanaka, Institute for Molecular Science, Okazaki, Japan
Recently, cold neutral atoms trapped in optical tweezers have attracted much attention as a platform for quantum computing. more

Sofus Kristensen, Niels-Bohr Institute, Copenhagen
Superradiant lasers harness collective effects of cold atoms trapped inside an optical cavity. more

Moritz Hornung, Heidelberg University
A major goal toward understanding far-from-equilibrium dynamics of quantum many-body systems consists in finding indications of universality in thesense that the dynamics no longer depends on microscopic details of the system. more

Alexios Michailidis, University of Geneva, Switzerland
Engineered dissipation has been an essential tool for steering many-body quantum systems towards low temperature states. more

Prof. Subir Sachdev, Harvard University, USA
The pseudogap is mysterious metallic state of electrons which appears above the critical temperature of correlated electron superconductors, most prominently in the lightly-hole-doped cuprates. more

Prof. Michele Filippone, Université Grenoble
The Hall effect originates from the motion of charged particles in a magnetic field and has deep consequences for the description and characterization of materials, far beyond the context of condensed matter physics. more

Matthias Kluge, Max-Planck-Institute of Extraterrestrial Physics
Astronomic images are blurred by atmospheric turbulence as well as diffraction and imperfections in the optical system. more