Quantum Theoretical Researcher(Quantum Error Correction)
Overview
Conduct theoretical research regarding ion trap quantum computing and QEC(quantum error correction) while working closely with hardware experts. The topics include qubit gate design and optimization, quantum error correction and quantum algorithms for near-term applications. We are specifically looking for quantum information experts who can develop, analyze and benchmark quantum error correction protocols that are optimized for distributed quantum computing using trapped ions.
Detail
- Define and quantify a full error budget for ion-trap quantum computers, covering gates, measurement, and ion transport
- Identify dominant error sources from experimental data and translate them into actionable improvements for QEC design and hardware
- Design and validate quantum error correction (QEC) codes and protocols tailored to realistic hardware noise
- Evaluate code performance (thresholds, logical error rates, resource requirements) to assess practical feasibility
- Optimize QCCD-specific ion transport operations (splitting, merging, shuttling) and model their impact on errors
- Develop fault-tolerant logical gates and approaches such as magic state distillation
- Explore error mitigation techniques in distributed settings, including entanglement generation and distillation
- Collaborate closely with experimental teams to implement and refine QEC protocols on real hardware
Qualifications
Ph.D. / Doctor / Master in Physics or Quantum Information etc
Required Skills
- PhD in Physics, Quantum Information, or a closely related field (Master's candidates with exceptional QEC research experience may be considered)
- Deep expertise in quantum error correction theory — surface codes, color codes, concatenated codes, or similar topological/stabilizer codes
- Understanding of fault-tolerant quantum computation and threshold theorems
- Proficiency in numerical simulation (Python, MATLAB, Julia, or equivalent) for QEC and quantum circuit simulation
