Quantum Theorist, Atomic Physics Focus

Overview In this role you contribute to the theoretical and computational development of neutral-atom quantum computers. You work with a cross-disciplinary team of theorists and experimentalists to model devices, improve calibration, and assess system performance. You translate simulations into robust software and help shape future hardware designs. You will engage with core challenges at the intersection of atomic physics, quantum optics, and error correction to advance scalable quantum technology. Compensation / Benefitsfully paid medical, dental, and vision insuranceunlimited paid time off401K company matchingshort- and long-term disabilityFSAdependent care benefits ResponsibilitiesConduct independent and collaborative theoretical and computational projects for neutral atom quantum computersDevelop and maintain atomic physics simulations and translate them into high-quality softwareCollaborate with Experimentalists, Quantum Engineers, Error Correction Theorists, and AMO Theorists to model results, develop noise models, and contribute to machine designWrite clean, well-tested, and documented code in Python, Julia, or C++ Key requirementsDeep understanding of atomic, molecular and optical physicsExperience modeling Rydberg atoms is appreciatedExcellent written and oral communication skills with published resultsTechnical expertise in atomic structure, quantum optics, and qubit control (e.g., using QuTiP, QuantumOptics.jl)Familiarity with modern software development practices (version control, unit testing, CI, documentation)Fast-growing startup temperament: self-motivated, humble, driven, collaborative, comfortable with ambiguitycollaborationstrong communicationproblem solvingQuTiPQuantumOptics.jlPython