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Find all EURAMET Metrology Research Projects
TYPE | FIELD | PROJECT NUMBER | SHORT NAME | TITLE | SHORT DESCRIPTION | COORDINATOR | STATUS | CALL |
---|---|---|---|---|---|---|---|---|
EMPIR | Health | 19SIP01 | PINICAL-MRT | Protocols for clinical impact in molecular radiotherapy | Developing the guidance to translate measurement knowledge on Molecular Radiotherapy into clinical practice | Andrew Robinson | completed | 2019 |
EMPIR | Fundamental | 17FUN05 | PhotOQuant | Photonic and Optomechanical Sensors for Nanoscaled and Quantum Thermometry | Photonic and optomechanical sensors for nanoscale and quantum thermometry | Stéphan Briaudeau | completed | 2017 |
EMPIR | SI Broader Scope | 15SIB07 | PhotoLED | Future photometry based on solid-state lighting products | Developing LED-based standard lamps for solid-state light calibration | Tuomas Poikonen | completed | 2015 |
EMRP | Energy | ENG55 | PhotoClass | Towards an energy-based parameter for photovoltaic classification | Energy output of solar cells: Eliminating uncertainty in photovoltaics | Stefan Winter | completed | 2013 |
EMPIR | Industry | 14IND13 | PhotInd | Metrology for the photonics industry - optical fibres, waveguides and applications | New methodology for advanced photonic components | Antti Lassila | completed | 2014 |
EMPIR | Health | 15HLT05 | PerfusImaging | Metrology for multi-modality imaging of impaired tissue perfusion | New standards and tools will validate emerging techniques to identify those at risk of cardiovascular disease | Tobias Schäffter | completed | 2015 |
EMRP | Environment | ENV02 | PartEmission | Emerging requirements for measuring pollutants from automotive exhaust emissions | Keeping up with regulations for exhaust emissions: Protecting human health and the environment from vehicle pollution | Martin Thedens | completed | 2010 |
EMPIR | Fundamental | 17FUN10 | ParaWave | Josephson travelling wave parametric amplifier and its application for metrology | Developing technology for microwave quantum optics | Ralf Dolata | completed | 2017 |
Metrology Partnership | Green Deal | 21GRD03 | PaRaMetriC | Metrological framework for passive radiative cooling technologies | Developing metrological frameworks to standardise new passive cooling materials and test them under real-world conditions. | Lorenzo Pattelli | in progress | 2021 |
Metrology Partnership | Green Deal | 21GRD01 | OpMetBat | Operando metrology for energy storage materials | Developing improved energy storage materials that will help Europe meet its aim of being the climate-neutral continent | Burkhard Beckhoff | in progress | 2021 |
EMPIR | SI Broader Scope | 15SIB05 | OFTEN | Optical frequency transfer - a European network | First comparisons of networked optical clocks linked by fibre optics achieving high network frequency stability | Harald Schnatz | completed | 2015 |
iMERA-Plus | SI and Fundamental | T1.J2.1 | OCS | Optical clocks for a new definition of the second | completed | 2007 | ||
EMRP | Environment | ENV05 | Ocean | Metrology for ocean salinity and acidity | Mapping ocean characteristics: New measurements to link salinity to density | completed | 2010 | |
EMPIR | SI Broader Scope | 15SIB03 | OC18 | Optical clocks with 1E-18 uncertainty | High-accuracy time measurement for optical atomic clocks | Rachel Godun | completed | 2015 |
EMPIR | Normative | 17NRM04 | nPSize | Improved traceability chain of nanoparticle size measurements | Improving nanoparticle size measurement accuracy for safety assessment | Vasile-Dan Hodoroaba | completed | 2017 |
EMRP | SI Broader Scope | SIB10 | NOTED | Novel techniques for traceable temperature dissemination | Novel techniques for traceable temperature dissemination | Dolores del Campo | completed | 2011 |
EMRP | Energy | ENG59 | NNL | Sensor development and calibration method for inline detection of viscosity and solids content of non-Newtonian fluids | Looking at the uncertainty of viscosity measurements tools | completed | 2013 | |
iMERA-Plus | Length | T3.J2.2 | NIMTech | Metrology for New Industrial Measurement Technologies | Large objects up to (3 x 3 x 3) m³ can be measured with classical coordinate measuring machines, larger objects can be measured using mobile measuring equipment, like laser trackers, laser radar or indoor GPS. When starting the project, the traceability of such measurements was still an open issue as a qualified statement of the task specific measurement uncertainty. | Frank Härtig | completed | 2007 |
EMPIR | Fundamental | 20FUN08 | NEXTLASERS | Next generation ultrastable lasers: reducing thermal noise limit and overcoming technical limitations with new materials and technologies | Reducing frequency instabilities to unlock development of stable higher-resolution quantum technologies | Uwe Sterr | in progress | 2020 |
EMRP | SI Broader Scope | SIB57 | NEWSTAR | New primary standards and traceability for radiometry | Light detection: New light detectors for new light sources | Maria Luisa Rastello | completed | 2012 |
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