qubitsok.com
Cut Noise. Work Quantum.
Americas, United States, Berkeley
•
Posted 150 days ago
🏢 Atom Computing
•
USD 150K - 175K per year
Role Type
Role Focus
Seniority
Employer Type
This role is for a Senior Quantum Theorist with a focus on atomic physics at Atom Computing, a company building quantum computers using neutral atoms. The primary goal is to lead and contribute to theoretical and computational projects that advance the understanding and development of neutral atom quantum computing. This involves translating fundamental atomic physics into scalable and fault-tolerant quantum computer designs, working closely with various engineering and scientific teams.
Key Responsibilities
Conduct independent and collaborative theoretical and computational projects to advance neutral atom quantum computers.
Lead the development and operation of atomic physics simulations and translate them into maintainable software solutions.
Collaborate with other engineers and theorists to model experimental results, develop noise models, and contribute to quantum computer design.
Write clean, well-tested, and documented code in multiple languages.
Required Skills
PhD in Physics, Mathematics, Chemistry, Engineering, Computer Science or a related field
4+ years of experience with scientific, high-performance, or quantum computing
Deep understanding of atomic, molecular and optical physics
Excellent written and oral communication skills, with published results within their field of research
Technical expertise spanning qubit control, quantum optics, and atomic structure including master-equation modelling
Solid understanding of modern software development practices: version control (Git/GitHub), unit testing, continuous integration, and documentation
Public examples of past work that demonstrate coding quality and project delivery
Technology Tags
The company builds quantum computers using arrays of optically trapped neutral atoms, which is the core hardware technology.
The job title is "Senior Quantum Theorist, Atomic Physics Focus" and requires deep understanding of atomic, molecular and optical physics.
The role directly contributes to the development of scalable, fault-tolerant quantum computers.
The position involves developing noise models and contributing to the design of neutral-atom quantum computers.
A key responsibility is to lead the development of atomic physics simulations and model experimental results for quantum hardware.
The role collaborates with Error Correction Theorists to translate fundamental physics to fault-tolerant quantum computers.
The job requires developing high-quality software solutions and writing clean code in multiple languages like Python, Julia, or C++.
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