Quantum Error Correction Lead

Responsibilities

• Lead the implementation of quantum error correction protocols for the silicon spin QSoC technology platform
• Design and modify error correcting codes, logical qubit schemes, and decoding algorithms for large scale silicon spin qubit arrays
• Specify minimal physical qubit requirements to achieve breakeven and guide future qubit topology
• Conduct R&D to improve fault-tolerant quantum computing system efficiency
• Simulate using noise models, QEC codes, and fault-tolerant computations
• Collaborate with Algorithms and Theory teams to develop new codes and implement algorithms
• Develop technical documentation, design specifications, and test plans
• Disseminate research results through internal seminars and international publications

Requirements

• PhD in Quantum Computing, Physics, Math, Computer Science or equivalent industry experience
• At least 5 years of relevant research experience in quantum error correction
• Comprehensive understanding of fault-tolerant quantum computing, decoding, logical gate design, and lattice surgery
• Proficiency in Python or similar programming languages
• Proven track record of achievements such as publications, preprints, or public code
• Experience working with cross-functional engineering and software teams