The Instituto de Telecomunicações (IT) is a private, not-for-profit organization, of public interest, a partnership of nine institutions with research and development in the field of Telecommunications IT mission is to create and disseminate scientific knowledge in the field of telecommunications.
IT is actively involved in fundamental and applied research both at national and international levels. Simultaneously it is committed to foster higher education and training, by hosting and tutoring graduate and postgraduate students. it also plays its role towards public society with public awareness initiatives, knowledge transfer to industry, and by providing consulting services on a non-competing basis.
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The Quantum Information (QI) team of the computer science laboratory (LIP6) of SU works on various aspects of quantum information, quantum communication and quantum computation, from foundations to implementations. This includes the development and implementation of cryptographic protocols including quantum key distribution, quantum coin flipping, blind quantum computation, verified quantum computation, secret sharing, and secure multiparty quantum computation. The team is involved in several national and international projects and is co-founder of the Paris Centre for Quantum Computing (PCQC).
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INRIA is the leading computer science research institute in France. The COSMIQ team at INRIA has a strong expertise in all aspects of quantum and post-quantum cryptographic protocol. This includes the design of new quantum and post-quantum protocols, their security proofs against quantum adversaries and the cryptanalysis of these schemes. The team has a strong expertise in providing security proofs for practical implementations of quantum protocols, collaborating for instance with the QI team of SU.
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Ophiomics is a SME in the inical-stage Medtech company developing cutting-edge diagnostic products and services integrating bioinformatics, artificial intelligence and genomics in support of diagnostic, prognostic, treatment selection and clinical follow-up in oncology.
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The UPM team has worked during many years in the integration of QKD in optical communications networks, having installed the first point-to-point QKD link in Spain together with Telefonica R&D. They have built a QKD network prototype, a test bed for QKD-based technologies where research on quantum protocols and its integration ~ within standard optical communication networks is being carried out. Many uses cases are working in this testbed which counts currently with 11 nodes working with different QKD providers and fiber tenants.
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The Optoelectronics group at ICFO, led by Valerio Pruneri, has made several contributions to the field of the proposal. For example, it has developed quantum random number generators (QRNGs), entangled photon sources, and continuous variable quantum key distribution (QKD) systems. The work has led to a portfolio of patents which were licensed to two recent ICFO’s spin-offs, Quside and Luxquanta, which will industrialise and commercialise the technology.
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QuantaGenomics 2022
