Research and development – We develop the measurement technology of the future
The Norwegian Metrology Service’s research provides the foundation for innovation and new measurement technology. We are approved as a research organization by the Research Council of Norway and collaborate with Norwegian and international research communities through a variety of research projects.
Our research
Participation in European research cooperations is central to the Norwegian Metrology Service. We represent Norway in the European Metrology Partnership, a ten-year programme with a total budget of around NOK 7 billion, funded partly by the EU and partly by participating countries. This is the third European programme in which we have participated since 2008. In addition, we conduct research funded by other sources and undertake projects commissioned by companies and public bodies.
EURAMET offers an overview of the metrology programmes
We also carry out internal development projects as part of our responsibility to establish and further develop national standards for the SI system and to provide metrological services for our customers.
Some of our research areas
Quantum metrology: The Norwegian Metrology Service has worked for many years on developing quantum-based sensors for measuring electrical quantities.
Time and frequency measurement: We conduct projects in advanced GNSS simulation, testing vulnerabilities and risks related to time, positioning, communication and navigation.
Photonics and sensor technology: For several decades, we have researched detectors for accurate optical power measurement, improving the link to the SI unit candela and enabling integrated self-calibration.
Our research projects
Our goal is to be the leading research environment for metrology (traceable measurement science) in Norway. We aim to develop new knowledge in metrology in collaboration with Norwegian and international partners and ensure that this benefits the industry, academia and other research institutions.
OptiFish
OptiFish – Aims to develop, test and validate technologies to improve the monitoring of catch volumes and fish health on board. The Norwegian Metrology Service’s role is to propose new standards.
S-CALe Up
S-CALe Up – A continuation of the chipS·CALe project, expanding the spectral range of self-calibrating photodiodes to include UV and near-infrared light, and demonstrating their practical applications.
MetCCUS
MetCCUS – Develops metrological solutions for carbon capture, utilisation and storage (CCUS) technologies, focusing on accurate measurements throughout the value chain to support sustainable industrial processes.
MultiFixRad
MultiFixRad – Seeks to improve the realisation of the kelvin through multiple fixed points in radiation thermometry, enhancing high-temperature accuracy and strengthening international traceability.
Met4H2
Met4H2 – Aims to establish metrological standards for the entire hydrogen value chain, from production to storage and distribution, ensuring accurate and reliable measurements in the hydrogen industry.
SoMMet
SoMMet – Develops new metrological tools and establishes a traceable framework for soil moisture measurements at both small and large scales.
PriSpecTemp
PriSpecTemp – Integrates expertise and infrastructure in spectroscopic thermometry across Europe, standardising and implementing new, non-contact primary measurement methods.
QuAHMET
QuAHMET – Focuses on developing quantum metrology methods for high-frequency electrical measurements, with applications in telecommunications and electronics.
INFOTherm
INFOTherm – Develops a European infrastructure for research, testing and calibration of fibre-optic thermometers, supporting the EU’s Green Deal and the transition to a more environmentally sustainable energy system.
Metrology and the SI system – the foundation of all accurate measurement
Metrology, the science of measurement, is the core activity of the Norwegian Metrology Service. We maintain Norway’s national references for the SI system (the International System of Units), ensuring that all measurements in Norway are traceable and harmonised with international standards.
Why is this important?
- It builds trust in trade, industry and research.
- It ensures that Norwegian stakeholders meet international requirements.
- It contributes to technological development and innovation.
Would you like to collaborate with us?
We offer research tasks for students at universities and colleges, including bachelor’s, master’s and PhD levels. If you are interested, please contact us!
Telefon:
64 84 84 84
E-post:
postmottak@justervesenet.no
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