Magdalena Stobińska-Moretto

Postdoctoral Researcher (Young Doctor) in Quantum Computing and Artificial Intelligence at the University of Warsaw’s MAB QLAB Centre, Group 4. This funded full-time research position is part of the Center for Hybrid Quantum-Classical Information Technologies – QLAB, a joint undertaking with Sorbonne Université. The post is based at the University of Warsaw in Warsaw, Poland, within the research group focused on quantum computing and artificial intelligence, and it carries no teaching obligations. The appointment is for up to 36 months, aligned with the project period ending 31.12.2029, with a possible extension depending on project eligibility and agreement. The successful candidate will work under the scientific supervision of the Group Leader in Group 4 and contribute to research on hybrid quantum–classical algorithms and learning architectures. The core themes include quantum reservoir computing, quantum machine learning, quantum-enhanced computational models, generative language models, and autonomous quantum agents. The project places particular emphasis on quantum dynamics, spectral properties, correlations, memory effects, trainability, generalization, noise robustness, computational scaling, and resource requirements in realistic NISQ and early fault-tolerant quantum processors. The position is funded under the International Research Agendas (MAB) scheme, Measure 2.1 of the European Funds for a Modern Economy 2021–2027 Programme (FENG), with the Foundation for Polish Science (FNP) as the intermediate body. The gross salary is 12,500–13,500 PLN per month, and the offer includes a start-up package for travel, conferences, and computational resources, plus mobility opportunities with QLAB partners. Applicants should hold a PhD or equivalent in physics, computer science, mathematics, or a related field, and have up to 5 years of research and development experience since the doctorate was awarded. A strong background in quantum information, quantum computing, statistical physics, many-body physics, machine learning, or numerical physics/quantum algorithms is expected. Scientific programming and numerical modelling skills are required, and experience with quantum neural networks, variational algorithms, phase transitions, tensor networks, reinforcement learning, or noisy quantum devices will strengthen the application. Fluency in English at B2 level or higher is required. Candidates must also satisfy the project’s “young doctor” condition and cannot hold another full-time employment contract during the appointment; the University of Warsaw must be their primary place of work. The selection process includes formal evaluation, substantive assessment by the recruitment committee, an interview with shortlisted candidates, final scoring against published criteria, and the publication of the result. Applications must be sent by email to [email protected] with the subject line “QLAB YOUNG POSTDOC G4/02 - <surname>” and must include the requested forms, a CV with research outputs, a cover letter describing motivation and research vision, up to three representative publications, and proof of doctorate date. The deadline is 18 November 2026 at 23:59 (Warsaw time).

Postdoctoral position in Quantum Infrastructure and Photonic Information Processing at the University of Warsaw The MAB QLAB Centre at the University of Warsaw is recruiting 2 postdoctoral researchers (young doctor, research employment group) for Group 2: Quantum Infrastructure and Photonic Information Processing. The centre is a joint undertaking with Sorbonne Université and is funded under the International Research Agendas (MAB) within the European Funds for a Modern Economy 2021–2027 (FENG) programme, with the Foundation for Polish Science (FNP) as the funding intermediary. The project develops scalable hybrid quantum-classical technologies across four research pillars: quantum-secure communication, quantum infrastructure and photonic information processing, quantum imaging and metrology, and quantum computation and artificial intelligence. Group 2 focuses on new quantum light sources, high-performance detection technologies, programmable photonic systems, and interfaces that ensure system interoperability. The postdoctoral researcher will work under the scientific supervision of Dr Michał Karpiński, DSc., within a highly collaborative environment at the MAB QLAB Centre in Warsaw, Poland. This is a full-time research position with no teaching obligations. The contract is for up to 36 months, within the project period ending 31 December 2029, with the possibility of extension depending on project eligibility and individual agreement. The gross salary is PLN 12,500–13,500, and the role includes a start-up package covering travel, conferences, and computational resources. Mobility opportunities with QLAB partners are also mentioned. The research profile is in natural sciences, especially physics, quantum mechanics, quantum technology, and optics, with elements of computer and information sciences. Applicants should hold a PhD in physics, computer science, mathematics, or a related discipline, and should have up to 5 years of research and development experience calculated from the year the doctorate was awarded. A strong background in quantum optics, quantum information, or photonics is essential. The ideal candidate is an experimentalist with a solid theoretical foundation, though exceptional theorists with a strong understanding of experimental platforms are also encouraged. Particular strengths in non-linear optics, temporal quantum state engineering, solid-state quantum light sources, cryogenic systems, or integrated photonics characterisation/testing are considered highly desirable. Applicants must be able to work independently in the laboratory, collaborate effectively in a multidisciplinary team, and communicate fluently in English at B2 level or above. During the employment period, the successful candidate must not hold another full-time contract, and the total workload cannot exceed 276 hours per month. The University of Warsaw must be the primary place of work and affiliation. To apply, candidates should email their materials to [email protected] with the subject line "QLAB YOUNG POSTDOC G2/02 - <surname>". Required documents include signed data-processing and candidate declarations, proof of doctoral degree date, a CV listing research output and achievements, a cover letter describing motivation and research vision, up to three representative publications, and a statement confirming eligibility as a young doctor. Shortlisted candidates will be interviewed, and results are expected within 30 days after the deadline. The deadline for applications is 18 November 2026 at 23:59 (Warsaw time). This opportunity is based at the University of Warsaw in Warsaw, Poland.

The University of Warsaw’s MAB QLAB Centre is recruiting a full-time postdoctoral researcher (Young Doctor / research employment group) for Group 1: Quantum-secure communication. The position is part of the Center for Hybrid Quantum-Classical Information Technologies (QLAB), a joint initiative with Sorbonne Université, and is funded through the International Research Agendas (MAB) scheme under the European Funds for a Modern Economy 2021–2027 (FENG) programme. The selected researcher will contribute to work on security proofs for quantum communication protocols, hybrid solutions combining quantum and post-quantum cryptography, quantum networks, and their integration with critical infrastructure. The broader QLAB programme spans quantum-secure communication, photonic information processing, quantum imaging and metrology, and quantum computation and AI. This is a research position at the University of Warsaw in Warsaw, Poland, with no teaching duties. The contract is full-time, up to 36 months in total, and aligned with the project period ending 31 December 2029. The gross salary is 12,500–13,500 PLN, with final terms agreed at the offer stage. The role also includes a start-up package covering travel, conferences, and computational resources, plus mobility opportunities with QLAB partners. Applicants should hold a PhD or equivalent in physics, computer science, mathematics, or a related field, and have up to five years of research and development experience since the award of the doctorate. The post requires research experience in at least one relevant area such as quantum information theory, quantum cryptography, quantum communication/networks, post-quantum cryptography, or photonic quantum technologies, as well as a strong publication record, English proficiency at B2 level or above, and practical programming/software skills. The application deadline is 18 November 2026 at 23:59 (Europe/Warsaw). Candidates should email the required PDF documents to [email protected] with the specified subject line. Required materials include the signed data-processing clause, candidate declaration, doctoral diploma or proof of award date, academic CV with research outputs, cover letter describing motivation and fit to Group 1, up to three representative publications, and a statement confirming the young doctor condition. Further details and the job offer are available on the University of Warsaw job offers page and via EURAXESS.

Postdoctoral position in Quantum-Secure Communication at the University of Warsaw , within the MAB QLAB Centre for Hybrid Quantum-Classical Information Technologies . The position sits in Group 1, which focuses on security proofs for quantum communication protocols, hybrid solutions combining quantum and post-quantum cryptography, and research on quantum networks and their integration with critical infrastructure. The role is a full-time research post funded under the European Funds for a Modern Economy 2021-2027 (FENG) programme, via the MAB QLAB project supported by the Foundation for Polish Science . The appointment is for up to 36 months , with a planned start on 1 December 2026 . Gross monthly pay is 16,500–17,500 PLN , and the project also offers a start-up package covering travel, conferences, and computational resources, plus mobility opportunities with QLAB partners. Research activities include designing and analysing security proofs for quantum communication protocols, developing hybrid quantum + post-quantum cryptographic solutions, building research code, carrying out numerical/theoretical analyses, and contributing to experimental campaigns when relevant. The successful candidate will also participate in seminars and joint activities, mentor PhD and master’s students, and help with reporting under FNP/FENG requirements. There are no teaching obligations. Applicants must hold a PhD (or equivalent) in physics, computer science, mathematics, or a related discipline and have at least 5 years of R&D experience , including time at a foreign research institution. A strong independent publication record in quantum cryptography or quantum communication is required, together with advanced expertise in at least two of: finite-key security proofs for DI QKD/QKD, multi-node network protocol design, hybrid QKD+PQC protocols, implementation-attack and robustness analysis, or integration in test networks/ICT infrastructure. English at B2 level or higher is required. Applications must be submitted by 18 November 2026 to [email protected] with the specified email subject and all required PDF attachments. The recruitment includes document screening, substantive evaluation, an interview, and final scoring. Candidates will be notified by email, typically within 30 days after the deadline.