Coordinated CoLiDR on symmetry breaking in dielectric resonators, and contributed to CounterLIGHT, MICROCOMB, and TeraApps on nonlinear optics and THz technologies.
NPL MANAGEMENT LIMITED
UK National Physical Laboratory — providing precision measurement, standards, and metrological expertise across quantum, photonics, advanced materials, and climate science.
Their core work
NPL Management Limited operates the UK's National Physical Laboratory — the country's national measurement institute responsible for developing and maintaining measurement standards, calibration services, and metrological research. In H2020 projects, NPL provides precision measurement, characterization, and standards expertise across fields including advanced materials, photonics, quantum technologies, and earth observation. Their role is typically to supply traceable, high-accuracy measurement capabilities that underpin the scientific validity of consortium results — from nanoindentation and scanning probe microscopy to hyperspectral radiometry and quantum electrical standards.
What they specialise in
Participated in both Graphene Flagship Core projects (GrapheneCore1, GrapheneCore2) and CORNET on organic electronics characterization.
Contributed to QUANTUM E-LEAPS (quantum phase slips), UltraFastNano (quantum nanoelectronics), HiTIMe (topological insulators for metrology), OPENQKD (quantum key distribution), and Q-Sense (quantum sensors).
Participated in FIDUCEO (climate data uncertainty), GAIA-CLIM (atmospheric monitoring gap analysis), and HYPERNETS (hyperspectral radiometer networks).
Contributed measurement and modelling expertise in CritCat (catalyst nanoparticles), Oyster (nano-architected materials), SPM2.0 (scanning probe microscopy), and REProMag (rare earth magnets).
Participated in TERAPOD (THz wireless access) and TeraApps (THz imaging, radar, and communication doctoral training).
How they've shifted over time
In the early H2020 period (2015–2018), NPL's work centred on catalysis and materials science — electrocatalysis for fuel cells, machine learning for materials screening, and nonlinear optics fundamentals. From 2018 onward, the focus shifted decisively toward quantum technologies (quantum metrology, quantum key distribution, quantum nanoelectronics) and graphene/optoelectronic device characterization, reflecting the UK's national investment in quantum and 2D materials. Metrology — NPL's institutional DNA — remains the constant thread, but the application domains have moved from chemistry and climate toward quantum and photonic devices.
NPL is building deep capability in quantum measurement standards and certification — expect them to be a key partner in any EU quantum infrastructure or standardization initiative.
How they like to work
NPL overwhelmingly joins as a specialist participant (31 of 34 projects), providing measurement infrastructure and standards expertise rather than leading consortia — they coordinated only one project (CoLiDR, in photonics). With 513 unique consortium partners across 34 countries, they operate as a high-connectivity hub that brings metrological credibility to diverse teams. Working with NPL means gaining access to nationally-accredited measurement capabilities and a partner experienced in large, multi-country Research and Innovation Actions.
NPL has collaborated with 513 unique partners across 34 countries, making it one of the most broadly connected measurement institutes in H2020. Their network spans nearly every EU member state and associated country, with particularly strong ties to research-intensive nations through flagship programmes like Graphene and quantum testbeds.
What sets them apart
NPL is the UK's National Metrology Institute — the ultimate reference point for measurement accuracy and standards in British science. Unlike university labs or commercial testing houses, NPL provides nationally-traceable measurement that gives consortium results regulatory and scientific credibility. For any project requiring certified characterization, calibration, or standards development — from quantum devices to climate sensors — NPL is a uniquely authoritative partner.
Highlights from their portfolio
- CoLiDRNPL's only coordinated project — fundamental photonics research on symmetry breaking in microresonators, showing where their deepest in-house scientific ambition lies.
- OPENQKDEuropean quantum key distribution testbed positioning NPL at the centre of quantum-safe communication standards and certification.
- GrapheneCore2Part of the billion-euro Graphene Flagship, with EUR 779K funding — NPL's second-largest grant, providing measurement standards for Europe's flagship materials programme.