PostDoc

The goal of the program is to conduct research and develop software prototypes to support modern and complex software systems based on quantum computing. The program will focus on the creation of solutions to model, build and test systems based on quantum computing and hybrid systems, i.e., systems that integrate traditional components and quantum components.

One post doc position is available in the theoretical quantum optics group at the Niels Bohr Institute, University of Copenhagen. The position will be part of the quantum internet alliance, which is a European project aiming at building large-scale quantum networks. The post doc will participate in designing and modelling the prototype quantum internet that is scheduled to be built at the end of the project. Additionally, the post doc will work on making large entangled photonic states using quantum dots in waveguides.

The Theoretical Quantum Optics group at the University of Siegen (Germany) is hiring. Possible research topics include quantum thermodynamics, theory of open quantum systems, quantum metrology, matter-wave physics, quantum foundations, and statistical learning methods. You will work with Stefan Nimmrichter, in a diverse and international research group led by five PIs. Local experimental groups in nano-optics and ion-based quantum computing are available for collaborations. If you have a significant research record in quantum theory and the motivation to do teaching, please apply directly to us until March 31st, 2024! Later applications may be considered, and the position is available starting May 2024.

Applications are invited for several postdoctoral positions in quantum computing at Nagoya University and Tokyo Institute of Technology.

These positions are funded by the new research project "Secure Distributed Quantum Computing with Medium-Scale Quantum Computers" (PI: François Le Gall), which has a focus on the following subjects:

A three-year senior post-doctoral position is available in the group of Alexia Auffèves (CNRS-MajuLab-CQT, Singapore), as part of the project BACQ funded by the French Quantum Strategy. The post-doc will build standards of energetic efficiencies for full-stack quantum processors and study the conditions for energetic advantages of quantum nature in a systematic way.

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