Find all EURAMET Metrology Research Projects

EMPIR Fundamental 17FUN06 SIQUST Single-photon sources as new quantum standards Improving sources of single photons to accelerate quantum technology innovation Stefan Kück completed 2017
EMPIR Fundamental 17FUN07 CC4C Coulomb Crystals for Clocks Investigating the next generation of atomic clocks Ekkehard Peik completed 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 completed 2017
EMPIR Fundamental 17FUN09 UnipHied Realisation of a Unified pH Scale Practically implementing a unified method for assessing acidity Daniela Stoica completed 2017
EMPIR Fundamental 17FUN10 ParaWave Josephson travelling wave parametric amplifier and its application for metrology Developing technology for microwave quantum optics Ralf Dolata completed 2017
EMPIR Fundamental 20FUN01 TSCAC Two-species composite atomic clocks Developing the systems needed to improve the measurement of the SI second. Nils Huntemann in progress 2020
EMPIR Fundamental 20FUN02 POLight Pushing boundaries of nano-dimensional metrology by light Unlocking innovation opportunities in identified Key Enabling Technologies Bernd Bodermann agreed 2020
EMPIR Fundamental 20FUN04 PrimA-LTD Towards new primary activity standardisation methods based on low-temperature detectors Direct measurements and improved calculation techniques for nuclear decay Ole Nähle in progress 2020
EMPIR Fundamental 20FUN05 SEQUME Single- and entangled photon sources for quantum metrology Developing the metrology and instrumentation for single photon sources, required for future advances in quantum technologies. Stefan Kück in progress 2020
EMPIR Fundamental 20FUN06 MEMQuD Memristive devices as quantum standard for nanometrology Developing a room temperate, self-calibrating standard for electrical resistance Gianluca Milano in progress 2020
EMPIR Fundamental 20FUN07 SuperQuant Microwave metrology for superconducting quantum circuits Accelerating the development of quantum computers through improved microwave metrology at cryogenic temperatures. Mark Bieler agreed 2020
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
EMPIR Fundamental 20FUN03 COMET Two dimensional lattices of covalent- and metal-organic frameworks for the Quantum Hall resistance standard  Exploring alternative materials to graphene for an improved industrial quantum standard. Félix Raso in progress 2020
iMERA-Plus SI and Fundamental T1.J1.1 e-Mass The watt balance route towards a new definition of the kilogram completed 2007
iMERA-Plus SI and Fundamental T1.J1.4 Boltzmann constant Determination of the Boltzmann constant for the redefinition of the kelvin completed 2007
iMERA-Plus SI and Fundamental T1.J1.2 NAH Avogadro and molar Planck constants for the redefinition of the kilogram Giovanni Mana completed 2007
iMERA-Plus SI and Fundamental T1.J1.3 REUNIAM Foundations for a redefinition of the SI base unit ampere completed 2007
iMERA-Plus SI and Fundamental T1.J2.1 OCS Optical clocks for a new definition of the second completed 2007
iMERA-Plus SI and Fundamental T1.J2.3 qu-Candela Candela: towards quantum-based photon standards Maria Luisa Rastello completed 2007
EMRP SI Broader Scope SIB01 InK Implementing the new kelvin Direct measurements of extreme temperatures: A new way to measure temperature Graham Machin completed 2011
385 result(s)