Quantum Condensed Matter Theory
Condensed Matter and Statistical Physics / Dissipative quantum many body systems
(posted 2023/05/12, listed until 2023/11/11)| Position ID: | CEA-Saclay-IPhT-QUANTUMPOSTDOC [#24842, QuantumPostDoc] |
| Position Title: | Postdoctoral positions on quantum computation, simulation and networks |
| Position Type: | Postdoctoral |
| Position Location: | Gif sur Yvette, Ile de France 91191, France [map] |
| Subject Areas: | Quantum Information Science / quantum many-body, quantum computing, qubits, Theoretical Quantum Science Quantum Condensed Matter Theory Condensed Matter and Statistical Physics / Dissipative quantum many body systems |
| Appl Deadline: | 2023/07/01 11:59PM (posted 2023/05/12, listed until 2023/11/11) |
| Position Description: |
| The quantum information theory group at the Institut de Physique Théorique (IPhT, CEA Saclay) invites applications for three postdoctoral positions. In particular, we are looking for talented and motivated collaborators to work on projects aiming to - Certify the proper functioning and the quantum features of quantum simulators - Quantify the security level of classical cryptosystems against quantum attacks - Design quantum networks architectures We welcome people from all background to apply but experience in either many-body state compression with tensor networks, dynamics of open quantum systems, simulation of interacting qubits in realistic environments, entanglement witnesses, quantum algorithms or quantum error correction is advantageous. The duration of the proposed postdoctoral contracts goes up to three years and the starting date is quite flexible. The applications should be submitted via the AcademicJobsOnline portal. Applications should include a CV, a list of publications, and a brief research statement. Applicants should arrange for submission of two letters of reference. All materials should be uploaded electronically to AcademicJobsOnline. Screening will start on July 1, 2023, but applications submitted after this date will also be considered. For more information contact N. Sangouard [nicolas.sangouard@ipht.fr] or G. Misguich [gregoire.misguich@ipht.fr] |
)