Research Associate - Rubidium optical references (748929)

University of Strathclyde; Glasgow; On-site; GBP 37,000 - 47,000; Full time

Job summary

A leading UK university in Glasgow is seeking a postdoctoral researcher to lead developments in optical clock technologies. The role involves developing compact atomic-optical systems and benchmarking new techniques for timing and frequency metrology. Candidates should have a PhD in experimental atomic physics and practical experience in atomic sensor development. This position offers a fixed-term contract for 12 months and is an opportunity to engage with innovative research in quantum technologies.

Qualifications

• PhD (or equivalent) in experimental atomic physics required.
• Practical experience in atomic sensor development is essential.
• Strong technical knowledge of atomic metrology and optics preferred.

Responsibilities

• Lead developments of optical clock in thermal rubidium.
• Develop compact atomic-optical systems for timing and frequency metrology.
• Benchmark new techniques and protocols for practical applications.

Skills

Development of atomic sensors

Technical knowledge of atomic metrology

Experience with optics and vacuum systems

Preparation of scientific publications

Education

PhD in experimental atomic physics

Job description

Overview

Salary: £37,694 - £46,049
FTE: 1
Term: Fixed (12 Months)
Closing date: 20/09/2025

Role

Applications are invited for a postdoctoral researcher to lead developments of optical clock developments in thermal rubidium, with an emphasis on miniaturising and pushing the stability capabilities of the system. We are seeking a highly motivated researcher who will be responsible for the development of compact atomic-optical systems for high-performance timing and frequency metrology, as well as benchmarking new techniques and protocols for practical applications.

Location and team

You will be based in the Experimental Quantum Optics and Photonics group at Strathclyde, working in collaboration with researchers developing atomic sensors. The project is a key element of the Quantum Enabled Position, Navigation, and Timing (QEPNT) Hub, which will provide continued opportunities for engagement with partners.

Qualifications

Candidates will have a PhD (or equivalent) in experimental atomic physics and practical experience of development of platforms for atomic sensors. Technical knowledge of atomic metrology and optics and vacuum systems are strongly preferred. An ability to prepare scientific publications and present research outcomes at local, national and international research meetings is expected.

About the group and context

The Experimental Quantum Optics and Photonics group is central to the activities of the EPSRC funded Quantum Technology Hub in Quantum-Enabled Position, Navigation and Timing, with active research and development projects in atomic clocks and magnetometry. This is part of an extensive programme seeking to translate fundamental research in atom-photon interactions to applications in sensing and metrology. A particular aspect of our work is technology development towards miniaturisation and ultimately manufacturability of atomic devices, that can be operated outside a laboratory environment. Quantum Technology is a cutting-edge field aimed at harnessing the unique nature of quantum mechanics to perform tasks that are impossible with conventional technologies.

About Strathclyde

The University of Strathclyde has established a position as a leading UK centre for Quantum Technology covering activities from fundamental and applied research through technology development to industrialisation. The University and the Department of Physics have invested in academic appointments and the development of new state-of-the-art laboratory spaces, as part of a strategic aim to support and expand these activities. The post will be available from October 2025.

Interviews and contact

Initial interviews are scheduled for October 2025. For informal enquiries, please contact James McGilligan at [e-mail]. Click here for full details.