The Semiconductor Nanostructures Research Group of the Wigner Research Centre for Physics in Budapest is looking for a motivated postdoctoral fellow to perform experimental research in the frame of the Quantum Information National Laboratory of Hungary. The aim of the project is to explore, study and apply solid state defect quantum bits by coherent manipulation with light and microwave fields. The postdoctoral fellow will be involved in the development of the optically detected magnetic resonance experiment to realize solid state quantum bits in three-dimensional and two-dimensional materials.
The Semiconductor Nanostructures Research group, led by prof. Adam Gali, has both experimental and theoretical activities in the research field of solid state defect quantum bits. It holds major grants at the national level aiming at the development of quantum technologies. The group comprises about 10 researchers and creates a friendly and stimulating environment for young researchers. Budapest is a big capital with extraordinary quality of cultural life at an affordable cost level.
The candidate must have an internationally recognized PhD degree, and must have good experience in optics and/or electron spin resonance experiments. The basic required knowledge is quantum mechanics and solid state physics. Expertise in quantum optics with solid state defect qubits is an advantage. Good command of the English language is necessary.
The applicants should submit their applications via email to Adam Gali (@email), with the subject line “QNL ODMR laboratory“, and include
The applications will be considered until the position is filled. The beginning date of the position can be 1 of October 2021. Informal inquiries are also welcome.
The Wigner Research Centre for Physics is an equal opportunity institution.
The Quantum Optics Group of the Wigner Research Centre for Physics in Budapest is looking for a motivated postdoctoral fellow to perform experimental research in the frame of the Quantum Information National Laboratory of Hungary. The aim of the project is the realisation of an atom based quantum interface to coherently couple low-intensity microwave and optical signals. The postdoctoral fellow will be involved in the development of the cavity quantum electrodynamics experiment to trap ultracold atoms and realise an optical lattice within a high-finesse optical resonator.
The Quantum Optics group , led by Prof. Peter Domokos, has both experimental and theoretical activities in the research field of cavity QED with cold atoms in optical resonators. It holds major grants at the national level aiming at the development of quantum technologies. The group comprises about 10 researchers and creates a friendly and stimulating environment for young researchers. Budapest is a big capital with extraordinary quality of cultural life at an affordable cost level.
The candidate must have an internationally recognised PhD degree, and must have good experience in numerical calculations. The basic required knowledge is electrodynamics and quantum mechanics. Expertise in quantum optics with atoms and photons is an advantage. Good command of the English language is necessary.
The applicants should submit their applications via email to Peter Domokos (@email), with the subject line “QNL atom-photon interface“, and include
The applications will be considered until the position is filled. The beginning date of the position can be 1 of October 2021. Informal inquiries are also welcome.
The Wigner Research Centre for Physics is an equal opportunity institution.
The Faculty of Informatics at the Eötvös University of Budapest has vacancies to be filled in various areas of information science. The recruited researchers (and teaching staff) are eligible for participation in the activities of Quantum Information National Laboratory. (The announcements are in Hungarian at the moment)
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