Quantum Systems Scientist: Modeling & Operational Optimization
Quantinuum
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Benefits offered by this job
Job summary
Quantinuum in Broomfield, CO, seeks a Quantum Physicist specializing in system modeling and operation optimization to advance QCCD trapped-ion quantum computers. You will merge atomic physics theory with experimental hardware to improve fidelity and throughput, interpreting data to drive hardware and control decisions.
Must have a PhD in physics, 8+ years in related fields, and US work eligibility. The role emphasizes independent problem solving, collaboration, and publication-ready
Qualifications
- PhD in physics or closely related field completed before start date.
- Minimum 8 years of experience, including PhD research, in atomic physics or quantum computing.
- U.S. person per contractual requirements; eligible to work in the United States.
- Knowledge of quantum information and qubit systems is preferred.
Responsibilities
- Develop and validate theoretical and numerical models of trapped-ion quantum operations.
- Analyze experimental data to identify performance limits and optimize parameters.
- Collaborate with engineers to design experiments and implement improvements on hardware.
- Build operation error models and prioritize improvements based on system behavior.
- Perform trade studies to inform hardware specifications and control approaches.
- Develop reusable modeling and analysis software; communicate results clearly.
Skills
Education
Tools
Job description
Quantinuum in Broomfield, CO, seeks a Quantum Physicist specializing in system modeling and operation optimization to advance QCCD trapped-ion quantum computers. You will merge atomic physics theory with experimental hardware to improve fidelity and throughput, interpreting data to drive hardware and control decisions.
Must have a PhD in physics, 8+ years in related fields, and US work eligibility. The role emphasizes independent problem solving, collaboration, and publication-ready
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