Senior Quantum Error Correction Scientist
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Job Location:
Monthly Salary:
Posted on:
12 hours ago
Vacancies:
1 Vacancy
Job Summary
Founded in 2020 and based in the heart of Paris C12s mission is to be at the center of one of the biggest technological breakthroughs of the century and change the course of history by building a universal quantum computer.
At C12 we believe that achieving a true breakthrough in quantum computing requires rethinking the fundamentals. Thats why our foundersdeeply rooted in academic and engineering excellencehave chosen carbon nanotubes as the building blocks of our quantum processors. This ultra-pure material dramatically reduces error rates boosts performance and minimizes hardware overheadkey ingredients for scalable fault-tolerant quantum computing. By crafting a unique approach that scales we aim to revolutionize quantum computing just as silicon transformed classical computing.
Since our founding weve raised over 25 million in funding published 11 scientific papers and secured 8 patents. Today our fast-growing team of 75 including 20 PhDs has over 25 nationalities represented. We have our own cutting-edge lab spaces in Paris historic Panthéon district where scientists engineers and innovators work side-by-side to tackle some of the most exciting technical challenges of our time.
If youre passionate about shaping the future of quantum technology and want to make a real impact C12 offers a unique environment to grow learn and innovate.
Role overview:
As a Senior Quantum Error Correction (QEC) Scientist you will play a central role in shaping C12s fault-tolerant quantum computing strategy.
You will design analyze and optimize fault-tolerant architectures tailored to our carbon nanotube-based spin qubit platform working at the intersection of theory simulation and hardware constraints.
Your work will be crutial in determining the path toward achieving logical qubit performance exceeding that of physical qubits a key milestone for practical quantum advantage.
Key Responsibilities:
- Design and develop QEC codes and fault-tolerant architectures adapted to C12s qubit technology or adapt existing solutions
- Analyze noise models and error channels specific to carbon nanotube spin qubits and translate them into QEC performance metrics
- Collaborate closely with experimental teams to align QEC protocols with hardware constraints and roadmap
- Contribute to the design of decoding algorithms and error mitigation strategies compatible with QEC schemes
- Stay at the forefront of advances in QEC theory and integration relevant innovations into C12s architecture
- Mentor junior researchers and contributes to building C12s QEC expertise
About you:
- You are fluent in English
- You hold a PhD in Physics Applied Mathematics Computer Science or a closely related field
- You have at least 2-5 years of experience in quantum computing research (academic or industrial)
- You have strong expertise in quantum error correction fault-tolerant quantum computing or quantum information theory
- You have experience with numerical simulations and relevant tools (e.g. Python Qiskit Stim)
- You understand realistic noise processes and their impact on quantum circuits
What we offer:
- Stock options for every employee (BSPCE/ESOP)
- Two office spaces in the heart of Paris (both next to the Panthéon)
- Sponsored tripto conferences around the world
- Swile meal vouchers
- Vibrant office culture (team lunches offsite events Friday breakfasts..)
- Mental health support with
- Training budget/ Annual Learning & Development Allowance
- Sabbatical leave (after 2 years in the company)
We may use artificial intelligence (AI) tools to support parts of the hiring process such as reviewing applications analyzing resumes or assessing responses. These tools assist our recruitment team but do not replace human judgment. Final hiring decisions are ultimately made by humans. If you would like more information about how your data is processed please contact us.
Required Experience:
Senior IC
About Company
Explore C12's innovative quantum technology solutions using carbon nanotubes. Discover how our advancements in quantum computing are shaping the future of technology.
