Quantum Physicist

PhD in atomic physics, optical physics, or related field; or equivalent related professional experience (4+ years)
Proficiency in using tools commonly found in an atomic physics lab, such as lasers, acousto-optic modules, RF signal generators and analyzers, and ultra-high-vacuum systems
Proficiency in writing Python code for running physics experiments
Proficiency in calculating atom-light interaction for input laser specifications
Excellent verbal and written communication skills, ability to effectively share information with technical and non-technical staff at all levels of company hierarchy
Excellent collaboration skills, ability to work in an agile efficient team environment where engagement, feedback, and participation are an expected part of successful job performance
Demonstrated problem solving skills and fast learning rate
Ability to work both autonomously and collaboratively, by soliciting and incorporating input from colleagues.

Design, build, calibrate and maintain Quantum Computers based on neutral atoms.
Participate and/or lead Research and Development projects for laser systems, Quantum Processing Units, quantum gate protocols, etc. for Quantum Computers.
Create, test, and validate mathematical models of atomic physics behavior, and use the results to inform system design by translating high-level system requirements into specialized engineering subsystems.
Self-start and successfully execute on a new R&D activity given a well-defined goal and constraints (e.g. resources, timeframe): gather requirements from stakeholders, drive definition of solution space, drive project execution.
Develop, test, run, and debug software for conducting experiments and system tuning in production.
Design, assemble, and test laser and optical systems.
Ownership of subsystems to maintain high availability and high performance.
Mentor and teach junior team members as indirect reports. Supervise interns.

Experience in operating high power CW laser (> 1 Watt) and/or short-wavelength visible laser (< 500 nm) and designing their laser power delivery systems
Experience with characterization and mitigation of laser frequency and intensity noise
Experience with analog electronics and use of servo loops for laser and subsystem stabilization
Experience with image projection through a high numerical aperture (NA) imaging system
Experience in integrating heterogeneous subsystems for a complex physics experiment
Familiarity with Git, Linux, and command line interface (CLI) tools
Enthusiasm for staying up-to-date with latest developments in AMO physics and reviewing relevant papers for the team.