We are looking for a dedicated Quantum Error Correction (QEC) Architect to join the Equal1 team. This pivotal role will drive the research and development of error correction codes and logical circuit schemes tailored to silicon spin qubits.
As a Senior QEC Scientist / QEC Lead, you will lead the technical effort to design, evaluate, and evolve QEC architectures, translating theory into practical, hardware-aware approaches that support Equal1’s roadmap to scalable fault-tolerant quantum computing.
Main Duties and ResponsibilitiesLead the efforts to implement quantum error correction protocols for Equal1 silicon spin QSoC technology platform.
Designing and modifying error correcting codes, logical qubit schemes, and decoding algorithms suitable for large scale arrays of silicon spin qubits
Specify the minimal requirements for our physical qubits to go beyond breakeven for various codes, and guide future qubit topology to facilitate error correction schemes.
Conduct research and development to improve the efficiency and effectiveness of Equal1’s fault-tolerant quantum computing systems, and stay up-to-date with the latest developments and trends in the field.
Develop and maintain technical documentation and collateral, including design specifications and test plans, and technical manuals.
Simulate using appropriate noise models, quantum error correction codes, and fault-tolerant computations.
Collaborate with other technical professionals across Equal1 and external collaborators to ensure that fault-tolerant systems are integrated effectively into the overall quantum computing architecture.
Integrate with the Algorithms and Theory teams to develop new error correcting codes and implement algorithms on fault-tolerant error correction codes.
Disseminate information and results internally and externally through internal seminars and publications in international journals and conferences.
Comprehensive understanding of fault-tolerant quantum computing, with experience in the following areas: quantum error-correction, decoding, logical gate design, implementation of non-Clifford gates, lattice surgery, code switching etc.
At least 5 years of relevant experience in academia or industry research in quantum error correction.
Experience working with cross-functional teams, including engineering, algorithm, software, and measurement teams.
Experience implementing quantum error correction solutions.
Strong problem-solving and analytical skills, with the ability to design and develop complex fault-tolerant systems effectively.
Strong communication and interpersonal skills, with the ability to effectively collaborate with quantum engineers, scientists, and other technical professionals.
Experience in developing and maintaining technical documentation, including design specifications, test plans, and user manuals.
Competence in programming using Python (or similar).
PhD in a relevant field (e.g. Quantum Computing, Physics, Math, Computer Science) or Postdoc/industry experience in quantum error correction.
A proven track record of relevant achievements (publication, preprints, public code).
Skills Required
- Comprehensive understanding of fault-tolerant quantum computing and quantum error correction
- At least 5 years of relevant experience in academia or industry research in quantum error correction
- Experience working with cross-functional teams
- Experience implementing quantum error correction solutions
- PhD in a relevant field (e.g., Quantum Computing, Physics, Math, Computer Science)
What We Do
Equal1 Laboratories is accelerating the introduction of useful, cost effective quantum computers within a three-year time horizon. The company has developed a disruptive, scalable and cost-effective quantum computing technology, based on a commercially available silicon semiconductor process. Our solution uses nanometer-scale quantum dots to form qubits on a standard silicon CMOS process. Along with silicon qubits, we have integrated all functions required for a quantum processing unit (QPU) – the brain of the quantum computer – which operates at 3 kelvin with over 10 million transistors. This is the first integrated quantum processing unit of its kind. The company’s server-sized demonstrator, called Alice, uses the second generation, fully functioning QPU. Alice uses our 424 quantum-dot-array structure to demonstrate early indications of the impact this technology can have on AI applications. Equal1 is developing its silicon-based quantum computer technology in collaboration with University College Dublin, with hardware development laboratories in Fremont, California and a silicon design center at NovaUCD in Dublin, Ireland
