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A quantum resistance memristor for an intrinsically traceable International System of Units standard

Milano G., Granados D., Koymen I., Menghini M., Miranda E., Ribeiro L., Ricciardi C., Suñe J., Cabral V., Godinho I., De Leo N., Zheng X., Michieletti F., Leonetti G., Caballero G., Oztoprak I., Boarino L., Bozat Ö., Callegaro L., Valov I.
Keywords:

Quantum conductance, resistive switching, memristive devices, quantum resistance, traceable standard

Document type Article
Journal title / Source Nature Nanotechnology
Volume 20
Issue 12
Page numbers / Article number 1884-1890
Publisher's name Springer Science and Business Media LLC
Publisher's address (city only) Dordrecht, GX, Netherlands
Publication date 2025-1-1
ISSN 1748-3387,1748-3395
DOI 10.1038/s41565-025-02037-5

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Information

Name of Call / Funding Programme
EMPIR 2020: Fundamental