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Deliverable number Deliverable title Link
D3.1 Project website and visual identity report ....
D3.2 Initial quality management plan ....
D3.3 Interim CDE Plan ....
D3.4 Data Management Plan ....
D3.6 Updated Quality Management Plan ....
D1.1 Concept of PS ....
D2.1 Specifications of PE EPR Microscope ....
D1.2 PS design for PE EPR ....
D2.2 SPM unit for PE EPR microscopy ....
D1.3 PS with enhanced magnetic field ....
D1.4 PS for PE EPR experimentsh in THz ....
D1.5 Proof-of-concept samples for PE EPR ....
D2.3 SPM unit for PE EPR microscopy - prototype ....
D2.4 Cantilever tips foe PE EPR microscopy ....
D2.5 Platform for PE EPR Microscopy ....
D1.6 Plasmon Enhanced EPR Experiments ....
D2.6 Optimised cantilever tips for PE EPR microscopy ....
D1.7 Proof-of-concept samples for PE EPR microscopy ....
D3.8 Final CDE Plan ....
D3.9 Scientific Communication ....
D3.10 ORDP ....
D2.7 Applications of PE EPR ....

Our PETER project results by Lorenzo Tesi and PETER published in Small Methods. 30 times better SNR. Potentially 7500.

onlinelibrary.wiley.com/doi/10.1002/sm

This project has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No 767227.