National AI Awards 2025Discover AI's trailblazers! Join us to celebrate innovation and nominate industry leaders.

Nominate & Attend

Scientist - Photonics / Optical Frequency Metrology

National Physical Laboratory
Greater London
10 months ago
Create job alert

About the Role

Our world-leading department are seeking an experienced Scientist to develop some of the most innovative uses of ultra-precise measurements over optical fibre links.

This permanent, full-time position comes with a generous salary and benefits package.

You’ll enjoy collaborating with prominent Scientists and Engineers to conceive, design, build state-of-the-art ultra-stable setups to perform innovative tests on optical fibre systems and links.

You’ll enjoy sharing responsibility for the development of research on applications of ultra-stable interferometry for a range of scientific and societal applications; such as

1. Earthquake and tsunami detection using seafloor cables

2. Ocean signal monitoring such as currents and tides

3. Distant atomic optical clock comparison over fibre links, including over intercontinental distances

4. Advanced laser stabilisation techniques

NPL has pioneered sensing techniques for the using the existing undersea network of optical fibres and is looking at expanding the knowledge and applications of these techniques.

This role provides exciting opportunities to publish your work in high-impact academic journals and present it at prestigious international conferences, contributing to a rapidly growing field of research.

About You

Reporting to a Senior Scientist, you’ll enjoy developing applications of ultra-stable interferometry - from the dissemination of ultra-stable and ultra-accurate signals, to detecting earthquakes with seafloor optical cables.

To be successful in this role, you will have the following skills, experience, and qualifications:

Essential:

Demonstrable laboratory experience - planning, designing and running optical experiments with the ability to identify problems, then propose and implement solutions. Experience with fibre optics. Practical and recent experience with laboratory electronics A PhD in a photonics-related subject (such as Fibre Optics, Optical Fibre Sensing, Laser Stabilisation, etc.) or equivalent experience. We may also consider strong candidates with a BSc in a relevant area (such as Physics or Engineering) Proven experience coding for experiment control and data analysis using one or more of these languages: LabVIEW, Python, or Mathematica Exceptional written and oral communication skills, with the ability to simplify complex technical concepts Team player with a proactive, never-fail attitude in the face of ambiguous situations

Desirable: Practical knowledge of feedback systems (PID controls) Knowledge of frequency metrology concepts (frequency stability, Allan deviation, phase noise, etc…) OFDR / OTDR knowledge

We actively recruit citizens of all backgrounds, but the nature of our work in specific departments means that nationality, residency and security requirements can be more tightly defined than others. You will be asked about this throughout the recruitment process. To work at NPL, you will need to obtain BPSS security clearance.

Related Jobs

View all jobs

Scientist - Communications and Quantum Technologies

DNA Scientist

Higher Scientist- Time synchronisation of quantum networks

Higher Scientist- Time synchronisation of quantum networks

Lipid Nanoparticle Scientist

Quantum Algorithms Scientist - Classical Simulation Techniques

National AI Awards 2025

Subscribe to Future Tech Insights for the latest jobs & insights, direct to your inbox.

By subscribing, you agree to our privacy policy and terms of service.

Industry Insights

Discover insightful articles, industry insights, expert tips, and curated resources.

10 Quantum Computing Recruitment Agencies in the UK You Should Know (2025 Job‑Seeker Guide)

Quantum technology has raced from theoretical promise to practical prototype faster than any deep‑tech field in recent memory. The UK—already home to world‑class physics departments at Oxford, Cambridge, UCL and Bristol—doubled down in late 2024 by adding £2.5 billion to the National Quantum Strategy, lifting the public‑funding pot to £5.5 billion through 2030. Private capital keeps pace: Dealroom logged £1.1 billion in UK quantum‑venture funding during 2024, while corporates from BP to Barclays spun up quantum‑proof‑of‑concept teams. Despite the cash surge, the sector’s headcount remains tiny. Research by the UK Quantum Skills Taskforce (Lightcast job‑ad data, June 2025) counts about 8,000 quantum‑skilled professionals nationwide—spread across algorithm research, cryogenic hardware, photonics, quantum‑software and adjacent DevOps. Yet monthly live vacancies average 120 – 150 nationwide, occasionally peaking near 200 when multiple start‑ups raise Series A rounds simultaneously. That mismatch turns every credible opening into a high‑stakes contest, and the right recruiter can be the difference between a generic rejection email and a signed offer. But not every tech agency truly “does” quantum. Many wave the buzzword without a single qubit vacancy on the books. To protect your time—and your CV—we vetted 60 + firms and kept only those with rock‑solid evidence of quantum‑computing placements: live job ads, dedicated practice pages, conference sponsorships or original salary research.

Quantum Computing Jobs Skills Radar 2026: Emerging Frameworks, Languages & Platforms to Learn Now

Quantum computing is no longer a future concept—it’s a fast-growing industry with real-world applications in materials science, cryptography, optimisation, and drug discovery. As the UK doubles down on its National Quantum Strategy, demand for quantum computing talent is surging across academia, startups, and enterprise R&D. Welcome to the Quantum Computing Jobs Skills Radar 2026—your annual guide to the programming languages, frameworks, libraries & platforms shaping the UK quantum jobs market. Whether you’re transitioning from physics, software engineering or data science, this radar shows you what to learn to stay ahead.

Quantum Computing Jobs UK: 2025 Guide to Hidden Roles

Quantum computing is one of the most exciting and disruptive fields in science and technology. As the UK invests in a national quantum strategy—with funding for hardware, software, cryptography, and applications—demand for quantum talent is growing rapidly. But here’s what most job seekers miss: many quantum computing roles are never posted on public job boards. Instead, opportunities are shared quietly through research partnerships, industry working groups, spinout collaborations, and professional bodies. In this guide, we’ll show you how to access hidden quantum computing jobs in the UK. We’ll explore how to use membership directories, SIGs (Special Interest Groups), CPD events, and project funding announcements to gain visibility, build relationships, and find roles long before they’re advertised.