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Do you like developing new analytical and numerical techniques for(i)           understanding equilibrium and out-of-equilibrium properties of quantum many-body systems;(ii)          design robust protocols for entanglement generation for quantum enhanced sensing;(iii)         develop new architectures for analogue and digital quantum simulation in hybrid quantum systems?In your PhD you will work on problems along these three directions, and work closely with experimental and theory collaborators in Amsterdam, Strasbourg, Joined Quantum Institute (JQI), and Sydney.

Do you like developing new analytical and numerical techniques for:(i)           understanding equilibrium and out-of-equilibrium properties of quantum many-body systems;(ii)          design robust protocols for entanglement generation for quantum enhanced sensing;(iii)         develop new architectures for analogue and digital quantum simulation in hybrid quantum systems?In your PhD you will work on problems along these three directions, and work closely with experimental and theory collaborators in Amsterdam, Strasbourg, Joined Quantum Institute (JQI), and Sydney.

Are you intrigued by the physical mechanisms that drive biological processes? Are you passionate about using microscopy, experimental biophysics, and image processing to understand cell and tissue behaviour under mechanical stimuli? Then this might be the ideal position for you! Fluidlab at the Institute of Physics (part of the Soft Matter Group and the Van der Waals-Zeeman Institute) specializes in Biological and Synthetic Active Matter, Complex Fluids, and Multiphase Flows. employs a multidisciplinary approach, integrating theoretical modelling, computational simulations, and cutting-edge experiments, to unravel the fundamental physics of complex fluid dynamics and living biological systems.