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The evaluation process for Stage 2 of the 2022 Partnership Call has been finalised

Following the Review Conference held in November 2022, where external independent referees evaluated and ranked the proposals, the Partnership Committee recommended, and Board of Directors agreed on a final list of selected projects to fund. The following project proposals have been selected and will be invited for contract negotiation:

Digital:

• Trustworthy virtual experiments and digital twins
• Fundamental principles of sensor network metrology

Health:

• Uncertainty quantification for machine learning models applied to photoplethysmography signals
• Affordable low-field MRI reference system
• Metrology for emerging targeted alpha therapies
• Metrology for innovative nanotherapeutics
• Developing a metrological framework for assessment of image-based Artificial Intelligence systems for disease detection
• Metrology for genomic profiling to support early cancer detection and precision medicine

Integrated European Metrology:

• Transportable optical clocks for key comparisons
• Dissemination of the redefined kelvin
• Primary spectrometric thermometry for gases
• Metrology for quantum-based traceability of the pascal
• New calibration standards and methods for radiometry and photometry after phaseout of incandescent lamps
• Self-calibrating photodiodes for UV and exploitation of induced junction technology

Normative:

• Traceability in medical X-ray imaging dosimetry
• Standardisation of Black Carbon aerosol metrics for air quality and climate modelling
• Metrology to support standardisation of hydrogen fuel sampling for heavy duty hydrogen transport
• Metrology support for enhanced energy efficiency in DC transportation systems
• Metrology for wearable light loggers and optical radiation dosimeters
• Characterisation of AC and DC MV instrument transformers in extended frequency range up to 150 kHz
• Harmonisation, update and implementation of standards related to radiation protection dosimeters for photon radiation

Research Potential

• Traceability for indentation measurements in Brinell-Vickers-Knoop hardness
• Towards a true 8-digit digitizer
• Improving the realisation of the kelvin by multiple fixed-point radiation thermometry
• Development of RF and microwave metrology capability II

EURAMET would like to thank the following referees who evaluated the stage 2 proposals in 2022:

The 104 referees consisted of 77 men (74 %), 27 women (26 %) and represented 28 different nationalities.

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