Optical Physicist
AOSense
Optical Physicist
AOSense
Designs and manufactures cold-atom sensors
AOSense, Inc. · Fremont, United States · Full-time · Posted 2018-07-19
Salary: USD 110,000–140,000
Workplace: on_site
COMPANY OVERVIEW:
AOSense, Inc. is the leading developer and manufacturer of innovative quantum technologies employing atom optics. Our products use frequency-stabilized lasers and atoms in a vacuum cell to measure accelerations, rotations, magnetic fields, and time with unparalleled accuracy and stability. Our staff includes physicists and engineers with expertise covering a wide array of disciplines. Our teams are dynamic and fast paced since our hardware is cutting edge.
POSITION SUMMARY:
AOSense is seeking optical physicists with varied skillsets in optical metrology, laser characterization, and optical design. As an Optical Physicist at AOSense you will design, prototype, build, and test laser systems for fieldable atom optic devices for inertial navigation, geophysics, and timekeeping. You will guide the transition to compact and integrated photonic systems for future generations of sensors.
RESPONSIBILITIES:
DESIRED EXPERIENCE:
EDUCATION:
Master’s, Ph.D. (preferred), or equivalent professional experience
AOSense is an equal opportunity employer (EOE) and considers qualified applicants for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, age, disability, protected veteran or disability status, or any other federal, state or local protected class.
AOSense is committed to providing equal employment opportunity to qualified individuals with disabilities. If you are disabled and require special assistance or a reasonable accommodation while seeking employment with AOSense, then please contact us via email at [email protected] or call (408) 735-9500 x210
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AOSense designs and manufactures high-performance quantum sensors based on cold-atom technology for navigation, timekeeping, and gravity measurement. It uses frequency-stable lasers to cool, trap, and manipulate atoms and employs atom interferometry to create precise gyroscopes, accelerometers, IMUs, atomic clocks, gravimeters, and gravity gradiometers. Unlike many sensor makers, it draws on Stanford-originated research, secures defense-oriented SBIR contracts, and delivers custom SWaP-optimized solutions for GPS-denied environments. Its goal is to translate advanced cold-atom research into deployable systems and components that enable resilient navigation, reliable timing, and geophysical surveying for defense, aerospace, and scientific missions.
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