Atomic Physicist
- Employer
- Honeywell
- Location
- Minnesota
- Salary
- Competitive
View more
- Industry
- Manufacturing and Production
- Role
- Other
- Job Type
- Long-Term
- Hours
- Full Time
Honeywell Quantum Solutions is focused on developing the world's most advanced quantum computers, with full stack' capability from user interface software to the hardware layer and trapped ions. Our outstanding team of scientists and engineers leverages expertise in complex hardware and software control systems, advanced optics and lasers, magnetics, cryogenics, atomic physics, and ultra-high vacuum environments to design and build systems with best-in-class performance in terms of both fidelity and qubit count. Honeywell believes quantum information systems will revolutionize the way many industries work. As a leading technology company, we intend to help shape the adoption and integration of those systems into the markets of our customers. We're hiring the world's best physicists and quantum engineers to make it happen.
Are you ready to help us make the future?
You will have a deep understanding of atomic and optical physics and have intimate knowledge of standard laboratory practices and techniques within your specific field of research.
Key Responsibilities:
You will apply previous experience in atomic, molecular, and optical (AMO) physics to design, develop, and perform experiments in a laboratory environment, and apply the results to the development of a mature product
You will also be expected to assist in developing new concepts, write project proposals, and develop new technologies for future products
YOU MUST HAVE:
PhD in Science or Engineering
Minimum 4 years post-PhD experience involving one or more of the following areas: optics, vacuum systems, electronics, cryogenics, atomic physics, and/or lasers
Due to US export control laws, must be a US citizen
WE VALUE:
Formal background in AMO physics with a proven track record of applying physical principles in the construction of complex systems
Experience with Laser cooling and trapping of ions (preferred) or neutral atoms (acceptable)
Experience with quantum gates, quantum algorithms and quantum simulations
Experience with Laser systems, including diode lasers and optical cavities
Knowledge of opto-electronic devices, including photo-detectors and lasers
Experience designing and testing micro optical systems
Working knowledge of control systems and signal processing
Experience with cryogenic systems
Ability to perform simulation and modelling to inform experiments
Excellent written and oral communication skills, with published results within their field of research.
Strong organizational and leadership skills, and be good at working and negotiating with customers and partners
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