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B2-InF Newsletter #3: article from industry
, 2022 B2-InF Newsletter #3: article from industry_Article
B2-InF Consortium
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B2-InF Newsletter #3: Next steps
, 2022 B2-InF Newsletter #3: article
B2-InF Consortium
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B2-InF Newsletter #3: Event participation
, 2022 B2-InF Newsletter #3: Event participation_article
B2-InF Consortium
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B2-InF Handbooks for Data Collection
, 2021 B2-InF Handbooks for Data ...
B2-InF Consortium
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Newsletter #2_Article 2_B2-Inf and Fertility Europe
, 2021 Newsletter #2_Article 2_B2-Inf and Fertility ...
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B2-InF Newsletter #3: Description of Stage 1
, 2022 B2-InF Newsletter #3: article
B2-InF Consortium
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B2-InF preliminary stakeholder picture
, 2021 Preliminary version of the B2-InF STAKEHOLDER MAP that graphically summarises all the identified stakeholders at this stage. Such a diagram has been defined by taking into consideration the stakeholders identified in the proposal stage, exploring more ...
B2-InF Consortium
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B2-InF First set of PR Material
, 2021 The B2-InF consortium is now embarking in the first stages of its research and analysis. This first set of PR material is meant to introduce the purpose of this noble project to the public, leading it to stay informed about developments.
B2-InF Consortium
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B2-InF Video #2: Phase 1 - the Journey
, 2022 The video summarises the effort and results of Stage 1 of the project. Watch our project coordinator Prof. Francisco Güell, and project partners Anna Dostalova and Michaela Novotná from Medistella, explain the Phase 1 Journey More information at: https:
B2-InF Consortium
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IEEE Photonics Journal, 2016 Implementations of quantum information require single-photon detectors (SPDs) with high detection efficiency (DE) at a wavelength of 940 nm, which is a challenge for the available semiconducting SPDs. Superconducting nanowire SPDs (SNSPDs) are capable of
W. J. Zhang +9 more
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