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Agent guide: [/agents.md](https://www.wearedevelopers.com/agents.md). --- # Quantum Information Scientist - Quantum Error Mitigation H/F - **Company:** Quandela's Quantum Information - **Location:** Paris, France - **Contract:** Permanent contract - **Skills:** Fault Tolerance, Hardware Platform Interface, Information Theory, Quantum Computing - **Published:** October 7, 2026 - **Apply:** https://www.hellowork.com/fr-fr/emplois/84099732.html ## About the Role researchers on noise, errors and architecture-level trade-offs.Contribute to benchmarking and broader performance-analysis activities within the team.As methods mature, collaborate with Q.Algorithms and Software teams on application-level studies and implementation.How you'll grow:During your first 3 months:become familiar with Quandela's architectures, noise models and FTQC roadmap, and identify relevant mitigation approaches.Within 6-12 months:develop and test QEM methods adapted to our systems and take increasing ownership of QEM / QEC and performance studies.Longer term:help shape how mitigation is used across future architectures and explore applications of mature methods at algorithm and software level.-What we're looking for:We are looking for a researcher with hands-on experience in Quantum Error Mitigation and an interest in applying quantum-information theory to real quantum-computing systems.Your background may also include noisy quantum systems, QEC, benchmarking or hardware-aware quantum computing. What matters is that you have already worked directly with mitigation methods and can adapt them to new physical constraints.-Must-have:PhD in Quantum Information, Quantum Computing, Theoretical Physics or a closely related field.Research experience in Quantum Error Mitigation, through the development, analysis or application of mitigation methods.Good understanding of noisy quantum systems and how errors affect quantum computations.Ability to critically assess scientific literature and adapt existing methods to new systems or architectures.Experience, If you have experience in Quantum Error Mitigation and want to apply it to real quantum architectures, we would love to hear from you, even if your previous work was carried out on a different hardware platform., We are looking for a researcher with hands-on experience in Quantum Error Mitigation and an interest in applying quantum-information theory to real quantum-computing systems. Your background may also include noisy quantum systems, QEC, benchmarking or hardware-aware quantum computing. What matters is that you have already worked directly with mitigation methods and can adapt them to new physical constraints. - Must-have: * PhD in Quantum Information, Quantum Computing, Theoretical Physics or a closely related field. * Research experience in Quantum Error Mitigation, through the development, analysis or application of mitigation methods. * Good understanding of noisy quantum systems and how errors affect quantum computations. * Ability to critically assess scientific literature and adapt existing methods to new systems or architectures. * Experience EUR Quantum Information Scientist - Quantum Error Mitigation H/F ## Description You will join Quandela's Quantum Information team within Architecture, working at the interface between quantum information theory, architecture performance and fault-tolerant quantum computing. The team develops methods to benchmark, characterise and evaluate the computational performance of Quandela's current and future architectures, helping guide hardware and architecture decisions. We are now looking to build dedicated expertise in Quantum Error Mitigation (QEM). You will develop and assess mitigation methods adapted to our photonic and spin-photonic systems, working closely with Quantum Information, Device Physics and FTQC researchers. Your goal will be to understand how QEM can improve computation fidelity and extend the useful depth of quantum circuits, while assessing its cost, limitations and interaction with error correction on realistic architectures. Le profil recherché Join a growing quantum-computing company where your research can directly contribute to the performance of future quantum architectures.Help establish Quandela's internal capability in Quantum Error Mitigation.Work with real architecture constraints rather than idealised systems alone.Collaborate closely with Quantum Information, Device Physics and FTQC researchers.Grow your scientific ownership as the team and its research scope expand.Plus:Competitive compensation aligned with your experience and level of responsibility.Company savings plan.100% health coverage through Alan.Transport reimbursement or sustainable mobility bonus.Swile meal vouchers.Access to Gymlib.ProcessTalent Acquisition interview, 30-45 minInterview with Quantum Information hiring manager, 30-45 minPresentation of previous research workand discussion with members of the theory teamReference checksTechnical discussion based on a scientific paper or research topicOfferThe technical discussion is intended to understand how you approach scientific material, identify relevant constraints and connect your expertise to a concrete quantum-computing problem.Beyond that:If you have experience in Quantum Error Mitigation and want to apply it to real quantum architectures, we would love to hear from you, even if your previous work was carried out on a different hardware platform.What you'll do:As a Quantum Information Scientist working on Quantum Error Mitigation, you will:Develop and adapt QEM methods for photonic and spin-photonic architectures.Evaluate their performance, feasibility and implementation cost.Study how mitigation and Quantum Error Correction can complement each other across different operating regimes.Use realistic noise models and hardware constraints to assess their impact on computational fidelity and achievable circuit depth.Build scientific prototypes and numerical tools to test and compare different approaches.Work closely with FTQC and Device Physics, Join a growing quantum-computing company where your research can directly contribute to the performance of future quantum architectures. * Help establish Quandela's internal capability in Quantum Error Mitigation. * Work with real architecture constraints rather than idealised systems alone. * Collaborate closely with Quantum Information, Device Physics and FTQC researchers. * Grow your scientific ownership as the team and its research scope expand., As a Quantum Information Scientist working on Quantum Error Mitigation, you will: * Develop and adapt QEM methods for photonic and spin-photonic architectures. * Evaluate their performance, feasibility and implementation cost. * Study how mitigation and Quantum Error Correction can complement each other across different operating regimes. * Use realistic noise models and hardware constraints to assess their impact on computational fidelity and achievable circuit depth. * Build scientific prototypes and numerical tools to test and compare different approaches. * Work closely with FTQC and Device Physics researchers on noise, errors and architecture-level trade-offs. * Contribute to benchmarking and broader performance-analysis activities within the team. * As methods mature, collaborate with Q.Algorithms and Software teams on application-level studies and implementation. How you'll grow: During your first 3 months: become familiar with Quandela's architectures, noise models and FTQC roadmap, and identify relevant mitigation approaches. Within 6-12 months: develop and test QEM methods adapted to our systems and take increasing ownership of QEM / QEC and performance studies. Longer term: help shape how mitigation is used across future architectures and explore applications of mature methods at algorithm and software level.