Atomic Source Physicist - 1072

Quantinuum•Broomfield, CO

6d•$131,000 - $176,000

About The Position

Quantinuum is seeking an experimental scientist to help develop, integrate, and operate atomic sources for trapped-ion quantum computing systems. The role involves hands-on work building and operating complex atomic physics systems, collecting and analyzing data, and collaborating across disciplines. Relevant advanced laboratory techniques include precision laser spectroscopy, atomic or molecular beams, and cryogenic UHV systems. The scientist will work with engineers and other scientists to develop and test new concepts, and communicate research through publications and presentations. Applicants for placement in safety-sensitive positions must submit to a pre-employment drug test. Candidates must be U.S. Persons as defined in the posting. Due to U.S. Government national security requirements, candidates must not be nationals of the People’s Republic of China or Russia unless they are also U.S. citizens.

Requirements

PhD completed before the start date.
At least 5 years of atomic physics experience, inclusive of PhD experience.
Must be a U.S. Person, defined as a U.S. citizen, permanent resident or green card holder, or a worker granted asylum or refugee status.
Must not be a national of the People’s Republic of China or Russia unless also a U.S. citizen, due to U.S. Government national security requirements.
Excellent written and oral communication skills, with published results in the candidate’s field of research.

Nice To Haves

Experience with magneto-optical traps, atomic or molecular beams, and other cold atom techniques.
Experience working with trapped ions.
Experience working with quantum computing hardware.
Experience using simulation and modeling to inform experiments.
Experience programming experimental control systems for data collection, signal processing, and data analysis.
Formal background in experimental physics and a proven track record of solving outstanding, challenging problems.
Strong organizational and leadership skills, and ability to work and negotiate with customers and partners.
Intimate knowledge of one or more advanced laboratory techniques for controlling quantum systems, such as precision laser spectroscopy, atomic or molecular beams, or cryogenic UHV systems.

Responsibilities

Work with experimentalists and engineers to conceptualize, design, build, and validate atomic sources for trapped-ion quantum computers.
Communicate research results internally and externally through publications and presentations.
Develop, implement, and oversee best scientific practices across the experimental team.