Leading researchers work together to develop superconducting quantum devices

Transmon qubit sample used for development of microwave sources

High scientific quality of consortium working on EMRP project MICROPHOTON (EXL03) demonstrated through an impressive publication record.

The ability to build nanoscale electronic devices and operate them at very low temperatures allows scientists to use quantum physics to their advantage in a range of applications, including radiation detection and security imaging. However, progress in superconducting quantum computing technology depends on the availability of chips that can work at the single-photon, or few-photon, level. EMRP project MICRPHOTON 'Measurement and control of single-photon microwave radiation on a chip' aims to develop novel microwave sources and detectors at the single-photon level and improve the performance of cryoelectronic quantum devices. 

The consortium working on MICROPHOTON represents four of Europe’s leading National Metrology Institutes (NMIs), and is supported by Researcher Excellence Grant (REG) partners from four internationally-respected university groups.

Between years 2002 and 2014, the researchers of the consortium have accumulated an impressive publication record, with one paper published in Science, 8 papers in Nature, seven papers in Nature journals such as Nature Physics and Nature Nanotechnology, around 60 papers in Physical Review Letters and two papers in Reviews of Modern Physics.

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Journal paper describing work of EMRP project is favourite from last 15 years

Paper in journal Nature Physics is featured as one of the editors’ favourites from the journal’s 15- year lifetime more

New faster methods for measuring energy absorption from mobile phones

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Machine learning and data analysis video tutorials available from EMPIR project

Project on factory of the future is building calibration capabilities for advanced, digital-only industrial sensors more

Figure: a) A calculated back focal plane image with θ=70°, ϕ=345° and z0 = 60nm. b) A measured back focal plane image of an NV-center. From J. Christinck et al., Appl. Phys. B 126, 161 (2020). Copyright PTB, published with kind permission of PTB
EMPIR project contributes to European Metrology Network for Quantum Technologies

Improving sources of single photons to accelerate quantum technology innovation more

EMPIR project gives first access to algorithms used for MR-based EPT

Assessing new MRI technologies using quantitative methods for more accurate clinical diagnoses more

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