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Postdoc position: superconducting qubits and electrooptic transduction – theory

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⚡ Quantum Brief
A postdoctoral position in theoretical quantum optics is open under Dr. Ondřej Černotík at Palacký University Olomouc, focusing on superconducting qubits and electrooptic transduction for quantum internet development. The role involves modeling entanglement distribution protocols using electrooptic interfaces, collaborating with experimental teams at IST Austria and TU Delft, and publishing in top-tier journals. Ideal candidates hold a recent PhD in quantum optics, quantum information, or condensed matter physics, with expertise in open quantum systems and numerical simulations, plus two first-author publications. The one-year position, extendable based on performance, offers a competitive salary (€2,000–3,000/month pre-tax) and professional growth opportunities in a collaborative research environment. Applications, including a CV, cover letter, and references, are due by January 31, 2026. Inquiries can be directed to Dr. Černotík via email.
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Postdoc position: superconducting qubits and electrooptic transduction – theory Application deadline: Saturday, January 31, 2026Employer web page: https://upol.cz/enJob type: PostDocDo you want to contribute to the development of the quantum internet? Do you possess a strong background in theoretical quantum optics, quantum information, or condensed matter physics? Are you driven to push the boundaries of knowledge? If so, we invite you to join the dynamic team of Dr. Ondřej Černotík at Palacký University Olomouc, Czechia. Position overview We are seeking a highly motivated postdoctoral researcher to contribute to our theoretical efforts in superconducting devices for quantum technologies by analysing protocols for entanglement distribution using eletrooptic interfaces. The successful candidate will work closely with other team members and our external collaborators including experimental teams at IST Austria and TU Delft. The initial appointment is for one year with possible extension depending on performance. Responsibilities - Development and analysis of theoretical models and protocols for efficient distribution of entanglement between superconducting qubits using electrooptic devices. - Participation in designing experiments partners and evaluating their results. - Active collaboration with other team members and external partners. - Publishing findings in top-tier scientific journals. - Presenting research at international conferences and seminars. Ideal candidate - A Ph.D. degree in theoretical quantum optics, quantum information, or condensed matter physics awarded within the last three years. - Proficiency in relevant mathematical and computational methods, such as open quantum systems and numerical tools for their simulation. - At least two first-author publications or preprints. - Excellent communication and teamwork skills. Benefits - Competitive salary and benefits package (2,000–3,000 EUR/month before tax, depending on previous experience and performance). - Opportunities for professional development and career advancement. - Collaborative and inclusive work environment. How to apply Interested applicants are encouraged to contact Dr. Černotík directly (email: ondrej.cernotik@upol.cz) with any questions regarding the position. Formal applications should include the following documents: - Curriculum vitae (CV) including a list of publications, - cover letter outlining the applicant’s research interests and relevant experience, - contact information for two professional references. Note that other material might be requested at any point during the hiring process. Application deadline: 31 January 2026 About us Palacký University Olomouc is one of the leading research institutions in quantum optics and quantum information in Central Europe. The group of Dr. Černotík is a young, vibrant research team addressing important open questions in superconducting quantum circuits and their hybridization with mechanical and electrooptic systems. The research combines analytical and numerical techniques and is supported by active interactional collaborations. The diverse and interactional team offers career development, individual support, and inspirational atmosphere. Log in or register to post comments

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