We offer a 3-years post-doctoral position for a motivated researcher to join our work on spin qubits in silicon carbide (SiC). Colour centres in SiC have recently be shown to uniquely combine excellent spin properties with ultrastable optical transitions for spin-photon interfacing (see, for example, our collaborative work publish in Nature Communications 10, 1954). Our goal is to push the limits in controlling individual electron and nuclear spins in silicon carbide, to demonstrate quantum devices in a technologically-mature semiconductor platform.
The project is to carry out research in broad theoretical areas of classical and/or quantum non-equilibrium physics, including condensed matter, statistical mechanics, atomic physics, and machine learning.
One area of interest will be exploring the connections between methods and ideas of classical and quantum non-equilibrium systems with approaches and techniques in deep learning and neural networks.
Palacky University in Olomouc, Czech Republic, announces a post-doc position in theory of quantum information processing with photonic continuous variables, funded within EU Quantum Flagship and a national research project. The research will be applied to quantum communications and experimental-theoretical collaboration with the leading experimental groups in the field is foreseen. The position is in the Quantum Communications sub-group, led by Dr. Vladyslav Usenko, within the Quantum Optics Theory group of prof. Radim Filip.
Palacky University in Olomouc is announcing the opening of a post-doc position in the field of theory of quantum communication with application to satellite links, within a project funded by the European Space Agency. The research will be primarily focused on quantum key distribution with faint laser pulses and single photon detectors and will include international experimental-theoretical collaboration.
A post-doctoral position is opened at the Interdisciplinary Research Institute of Grenoble (IRIG, formerly INAC) of the CEA Grenoble (France) on the theory and modeling of arrays of silicon-on-insulator quantum bits (qubits). This position fits into an ERC Synergy project, quCube, aimed at developing two-dimensional arrays of such qubits. The selected candidate is expected to start between October and December 2019, for up to three years.