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, Sorbonne Paris Nord University) and SYRTE are jointly developing a new research infrastructure called REFIMEVE to disseminate SYRTE's time-frequency references over the active telecommunications network
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transportation, telecommunications, health, environment and energy. The people from the IMS Lab involved in the project are within the organic electronics and microsystems group. This group has more than 20 years
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studied at the Institut Jean-Lamour (IJL). The second objective will be to exploit these data-driven models for the analysis of spintronic architectures as building blocks of telecommunication networks
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emitter operating at room-temperature, emitting photons on-demand at telecommunications wavelengths (1.3micrometers), and being electrically-injected. 2. Integrate the GaN-based single-photon emitters
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electronic micro-modules. The developed products are used in millions modules every day for banking, telecommunication and identification applications. To date, this technology relies on the UV curing of epoxy