Quantum Error Correction Research Scientist (Quantum Processor)

About the role

Anyon Systems builds superconducting quantum computers, designing and operating full-stack quantum systems from fabrication and cryogenics to control electronics, calibration and software. Its Tel Aviv R&D center focuses on quantum control, calibration, benchmarking and AI-first automation. This Quantum Error Correction Research Scientist ensures that calibration and control decisions are aligned with long-term fault-tolerant goals, bridging theory and experiment.

Key responsibilities

• Develop error models informed by experimental calibration data
• Analyze the impact of control errors on logical qubit performance
• Guide calibration priorities from a QEC perspective
• Collaborate with experimental and AI teams
• Support the fault-tolerance roadmap

Required profile

• PhD in quantum information or a related field
• Strong background in quantum error correction and decoding
• Ability to connect theory with experimental reality
• Candidates with backgrounds in defense, aerospace, intelligence, secure systems, RF, real-time systems or classified R&D are strongly encouraged to apply

What we offer

• A core technical role in a fast-growing quantum hardware company
• Direct access to real, state-of-the-art quantum processors
• High level of autonomy and technical ownership
• Collaboration with experimental, theoretical and AI teams across North America and Israel
• Competitive compensation aligned with senior deep-tech roles in Israel, with long-term equity participation
• Flexible work culture focused on results, with the chance to influence the technical direction of the company