Senior Experimental Quantum Physicist

Quantum Computing Jobs UK; Universal (IN); On-site; USD 150,000 - 230,000; Full time

Job summary

Universal Quantum is seeking a Senior Experimental Quantum Physicist to lead ion-trap quantum computing projects from concept to execution. The role focuses on operating, calibrating, and optimizing ion-trap hardware and developing advanced experimental methods for quantum measurement and control.

You will apply AMO physics to laser cooling, trapping, state preparation, and quantum detection, using theoretical models and simulations to inform decisions.

Responsibilities

• Lead operation, optimisation, calibration, and characterisation of ion-trap quantum computing hardware.
• Lead development and improvement of experimental methods for quantum measurement, quantum control, and system performance.
• Apply AMO physics knowledge to solve laser cooling, trapping, state preparation, quantum control, and detection problems.
• Develop and use theoretical models and simulations to understand system behaviour and guide experiments.
• Collaborate with physicists and engineers to define experimental requirements and guide technical decisions.
• Mentor and support less experienced scientists and engineers in experimental methods and data analysis.

Skills

AMO physics

Laser cooling

Quantum control

Ion-trap hardware

Mentoring

Job description

Job Type Permanent

Work Location On-site

Seniority Senior

AtUniversal Quantum, we aim to make the world a better place by engineering the future of computing. Together, we are creating truly impactful quantum computers. Our machines will be capable of solving problems until now considered impossible, with applications ranging across a broad range of industries, including healthcare, materials and aerospace. We are seeking to hire aSenior Experimental Quantum Physicistto lead complex ion trap quantum computing projects from concept through to successful execution.

What You’ll Accomplish

• Lead and guide the operation, optimisation, calibration, and characterisation of ion-trap quantum computing hardware, with responsibility for experimental performance.
• Lead the development and improvement of experimental methods for quantum measurement, quantum control, and system performance.
• Apply strong AMO physics knowledge to solve complex problems in laser cooling, trapping, state preparation, quantum control, and detection.
• Develop and use theoretical models and simulations to understand system behaviour, guide experiments, and inform optimisation and technical decisions.
• Work across multidisciplinary teams of physicists and engineers to define experimental requirements, solve system-level problems, and guide technical decisions.
• Mentor and support less experienced scientists and engineers in experimental methods, data analysis, and technical decision-making.
• Contribute to the development of new concepts, methods, and technologies for future quantum computing products.