🏙️ Location: IMB, Talence (Bordeaux area, France) and Quandela (Massy, France)
🎓 Education: PhD degree 🧳 Experience: > 2 y
Who are we?
The Institut de Mathématiques de Bordeaux (IMB) is a CNRS – Université de Bordeaux – Bordeaux INP joint research unit. As a host laboratory for the Doctoral School of Mathematics and Computer Science, the IMB brings together most of the mathematical research carried out on the Bordeaux site, and brings together the scientific activities of numerous researchers, teacher-researchers, doctoral students and post-doctoral fellows, working in the following 7 teams: Analysis, Scientific Computation and Modeling, EDP and Mathematical Physics, Geometry, Image Optimization and Probability, Mathematical Optimization Random Model and Statistics, and Number Theory.
Quandela is a spin-off company from the French national laboratory CNRS that develops full-stack photonic quantum platforms. Founded in 2017, Quandela is a team of motivated quantum technology enthusiasts with broad experience ranging from quantum information, optics, quantum photonic, and semiconductor nanotechnologies.
You will be working on a joint project involving the recent developments of high-rate quantum LDPC codes, particularly the ones pioneered at IMB, and the assessment of their performance in the context of realistic errors encountered by photonic platforms, such as the one developed at Quandela. This position is a joint appointment between IMB and Quandela. You will primarily work at IMB in Bordeaux, with frequent professional travel to Quandela’s headquarters to foster collaboration. The collaboration is intended to lead to the creation of a joint laboratory (LabComm).
- A stimulating research and industrial environment with close collaboration with R&D scientists from Quandela, as well as IMB. The IMB laboratory will also provide an interdisciplinary working atmosphere, through Naquidis Center, the Innovative Center for Disruptive Quantum Products.
- Competitive salary and benefits.
- Opportunities for professional development and advancement, both in academics research or in a rapidly growing company.
- Access to the resources and facilities of the University of Bordeaux.
- Hiring possibility at Quandela at the end of the contract.
- A diverse, dynamic, and challenging research environment.
- Academic connections with world-renowned scientists for collaboration.
- All necessary resources to carry out high-impact research.
- Hybrid and flexible working options. You will have a strong opportunity to be involved in all aspects of the research, including contributing to research agendas, participating in hiring campaigns, developing collaborations with partner academic groups, and having supervision responsibilities.
- Develop state-of-the-art quantum error-correcting codes.
- Enable their use in a fault-tolerant regime, focusing on photonic errors.
- Participate in the design and development of fault-tolerant quantum computing architectures.
- Work on the QEC stack of a fault-tolerant computer, including logical gates, efficient decoders, and fault-tolerant thresholds.
- Undertake high-quality original research and publish in leading international journals and conferences.
- Stay up-to-date with the latest developments in quantum error correction and related fields.
- Ph.D. degree in Physics, Computer Science, Mathematics, or a related discipline.
- Strong background in Quantum Information theory with experience in Quantum Error Correction, or a strong background in Classical Error Correction with an interest in extending knowledge to quantum computing.
- Proven track record of high-quality research in at least one of the following fields: quantum information, computing, foundations, photonics, quantum optics, computer science.
- Familiarity with programming languages and tools for scientific computing (such as Python) is appreciated.
- Strong analytical and problem-solving skills.
- Ability to take initiative and work effectively both independently and within teams.
- Strong oral and written communication and presentation skills.Recruitment process
If you are a passionate researcher with a strong interest in the field of quantum error correcting codes, we encourage you to apply for this exciting opportunity. Please contact Gilles Zémor and Paul Hilaire.