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Find all EURAMET Metrology Research Projects
TYPE | FIELD | PROJECT NUMBER | SHORT NAME | TITLE | SHORT DESCRIPTION | COORDINATOR | STATUS | CALL |
---|---|---|---|---|---|---|---|---|
EMPIR | Environment | 16ENV07 | AEROMET | Aerosol metrology for atmospheric science and air quality | Improved measurements will support the enforcement and introduction of air pollution regulation to protect European citizens | Burkhard Beckhoff | in progress | 2016 |
EMPIR | Environment | 16ENV08 | IMPRESS 2 | Metrology for air pollutant emissions | Standardised pollutant measurements to meet the requirements of current and future air quality regulations | Rod Robinson | in progress | 2016 |
EMPIR | Environment | 16ENV09 | MetroDECOM II | In situ metrology for decommissioning nuclear facilities | Improved radioactivity measurement capabilities will help nuclear site operators manage waste quickly and effectively | Peter Ivanov | in progress | 2016 |
EMPIR | Environment | 16ENV10 | MetroRADON | Metrology for radon monitoring | New radon measurements will enable regulators to reliably assess and limit public exposure | Franz Josef Maringer | in progress | 2016 |
EMPIR | Normative | 16NRM02 | SURFACE | Pavement surface characterisation for smart and efficient road lighting | Better tools to calculate light reflection will create safer roads | Paola Iacomussi | in progress | 2016 |
EMPIR | Research Potential | 16RPT02 | ALCOREF | Certified forensic alcohol reference materials | Traceable gas samples will lead to more reliable breathalyser tests | Rosemarie Philipp | in progress | 2016 |
EMPIR | Fundamental | 17FUN01 | BeCOMe | Light-matter interplay for optical metrology beyond the classical spatial resolution limits | Nanoscale optical measurements with quantum optics and other techniques | Omar El Gawhary | in progress | 2017 |
EMPIR | Fundamental | 17FUN02 | MetroMMC | Measurement of fundamental nuclear decay data using metallic magnetic calorimeters | Measurement of fundamental nuclear decay data using metallic magnetic calorimeters | Dirk Arnold | in progress | 2017 |
EMPIR | Fundamental | 17FUN03 | USOQS | Ultra-stable optical oscillators from quantum coherent and entangled systems | Exploiting optical clocks for time measurement and sensor development | Filippo Levi | in progress | 2017 |
EMPIR | Fundamental | 17FUN04 | SEQUOIA | Single-electron quantum optics for quantum-enhanced measurements | Frank Hohls | in progress | 2017 | |
EMPIR | Fundamental | 17FUN05 | PhotOQuant | Photonic and Optomechanical Sensors for Nanoscaled and Quantum Thermometry | Photonic and optomechanical sensors for nanoscale and quantum thermometry | Stéphan Briaudeau | in progress | 2017 |
EMPIR | Fundamental | 17FUN06 | SIQUST | Single-photon sources as new quantum standards | Improving sources of single photons to accelerate quantum technology innovation | Stefan Kück | in progress | 2017 |
EMPIR | Fundamental | 17FUN07 | CC4C | Coulomb Crystals for Clocks | Investigating the next generation of atomic clocks | Ekkehard Peik | in progress | 2017 |
EMPIR | Fundamental | 17FUN08 | TOPS | Metrology for topological spin structures | Characterising materials to increase the understanding of spintronics – the next generation of electronics/em> | Mark Bieler | in progress | 2017 |
EMPIR | Fundamental | 17FUN09 | UnipHied | Realisation of a Unified pH Scale | Practically implementing a unified method for assessing acidity | Daniela Stoica | in progress | 2017 |
EMPIR | Fundamental | 17FUN10 | ParaWave | Josephson travelling wave parametric amplifier and its application for metrology | Developing technology for microwave quantum optics | Ralf Dolata | in progress | 2017 |
EMPIR | Industry | 17IND01 | MIMAS | Procedures allowing medical implant manufacturers to demonstrate compliance with MRI safety regulations | Procedures allowing medical implant manufacturers to demonstrate compliance with MRI safety regulations | Bernd Ittermann | in progress | 2017 |
EMPIR | Industry | 17IND02 | SmartCom | Communication and validation of smart data in IoT-networks | Communication and validation of smart data in IoT-networks | Wiebke Heeren | in progress | 2017 |
EMPIR | Industry | 17IND03 | LaVA | Large Volume Metrology Applications | Improving large-scale dimensional measurements for manufacturing | Andrew Lewis | in progress | 2017 |
EMPIR | Industry | 17IND04 | EMPRESS 2 | Enhancing process efficiency through improved temperature measurement 2 | Enhancing process efficiency through improved temperature measurement | Jonathan Pearce | in progress | 2017 |
346 result(s)