Design and implement quantum error correction (QEC) schemes for neutral-atom quantum architectures at planqc, translating cutting-edge research into scalable, fault-tolerant quantum computing solutions. Collaborate across hardware, control, and algorithm teams to benchmark protocols, optimize resource trade-offs, and drive engineering milestones. Requires expertise in quantum physics, QEC theory, and hands-on simulation experience with strong Python/Julia proficiency.
Key Highlights
Develop and analyze QEC schemes tailored to neutral-atom quantum hardware
Benchmark protocols under realistic noise models and optimize fault-tolerant architectures
Collaborate with cross-functional teams to integrate QEC into scalable quantum systems
Key Responsibilities
Design and analyze QEC schemes tailored to neutral-atom quantum architectures
Benchmark QEC protocols under realistic noise models and optimize decoders
Develop and maintain simulation/benchmarking tools for logical quantum circuits
Collaborate with hardware/control teams to implement fault-tolerant protocols
Contribute to planqc’s fault-tolerance roadmap and intellectual property
Publish research in peer-reviewed journals and represent the company at conferences
Stay updated on QEC advancements and share knowledge across multidisciplinary teams
Technical Skills Required
Quantum Error Correction (QEC)
Quantum Computing
Python
Benefits & Perks
Flexible working (hybrid)
Company pension with employer contribution
Health and fitness benefits (EGYM Wellpass)
Job bike lease
Learning and development (conference participation, internal training)
Relocation and visa support for international hires
Four locations (Garching, Munich, Ulm, Innsbruck)
Regular team and company events
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Nice to Have
PhD in quantum physics with publications
Experience with stabilizer formalism, topological codes, and qLDPC codes
Numerical simulation of stabilizer states (e.g., Stim) and decoding under noise models
Familiarity with neutral-atom quantum platforms
Collaborative software development (Git, CI/CD, code review)
Job Description
Your missionAt planqc, we are building scalable, fault-tolerant quantum computers based on neutral atoms. Realizing this vision requires bridging the latest research in (QEC) with the constraints and capabilities of real hardware: translating theory into a working fault-tolerant architecture.As a , you will play a key role in shaping planqc’s roadmap toward fault-tolerant quantum computation. You will design and analyze QEC schemes tailored to neutral-atom architectures, benchmark protocols under realistic noise models, and work hand-in-hand with our hardware, control, and algorithm teams to turn QEC research into concrete engineering milestones.This role sits at the
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