qubitsok.com
Cut Noise. Work Quantum.
Americas, United States, Boulder
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Posted 8 days ago
🏢 Infleqtion
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USD 115K - 165K per year
Role Type
Role Focus
Seniority
Employer Type
This role requires a Quantum Physicist to develop and refine theoretical models for neutral-atom quantum systems used in quantum computing. The physicist will collaborate closely with hardware and experimental teams to translate these models into design requirements and performance targets. A core function involves analyzing and mitigating error mechanisms in quantum gates by designing, simulating, and optimizing robust protocols. This position is essential for driving the scalability and fidelity of the company's quantum computing mission.
Key Responsibilities
Develop theoretical models of neutral-atom quantum systems to inform system architecture, gate design, and hardware requirements.
Collaborate closely with experimental physicists and hardware engineers to translate physical models and performance targets into actionable system requirements.
Analyze and quantify error mechanisms in quantum gates, including decoherence and noise.
Design, simulate, and optimize protocols for quantum gates, calibration, and error-mitigation to improve fidelity and scalability.
Build and maintain simulation, analysis, and optimization software used to predict system behavior and guide experimental design.
Support experimental efforts by interpreting data, diagnosing unexpected behavior, and proposing theory-driven mitigation or design changes.
Required Skills
Strong background in AMO physics and quantum mechanics, including atom–light interactions.
Demonstrated experience modeling and analyzing error mechanisms in quantum systems and quantum gates using analytical methods and numerical simulations.
Proficiency in scientific programming, with Python being required.
Ability to collaborate with experimental physicists and hardware engineers, translating theoretical models and results into system-level requirements.
Strong problem-solving skills and the ability to rapidly learn and apply new concepts.
Nice-to-have Skills
Experience with neutral-atom quantum computing, Rydberg-based entangling gates, or optical tweezer arrays.
Experience modeling open quantum systems, noise processes, and decoherence in realistic experimental settings.
Experience with quantum optimal control techniques for high-fidelity quantum gates.
Familiarity with calibration, benchmarking, and characterization protocols for quantum gates and quantum processors.
Experience working closely with experimental teams to iterate between theory, simulation, and laboratory results.
Familiarity with Git, Linux, and command-line tools for collaborative scientific software development.
Enthusiasm for staying up-to-date with the latest developments in AMO physics and quantum information.
Technology Tags
The core responsibility is developing theoretical models for neutral-atom quantum systems.
The role specifically requires a strong background and expertise in theoretical or experimental Atomic, Molecular, and Optical (AMO) physics.
A key responsibility is the design and characterization of quantum gates and protocols.
The job involves designing, simulating, and optimizing protocols for quantum gates and high-fidelity control.
The job specifically requires analysis and quantification of error mechanisms and laser/atomic noise in quantum gates.
Proficiency in scientific programming, specifically Python, is a required skill for building simulation software.
The job requires designing and optimizing protocols specifically for error mitigation.