QSNP - Quantum Secure Networks Partnership
@QSNP_eu
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QSNP is a European Quantum Flagship project that aims to develop quantum cryptography technology to secure the transmission of information over the internet.
Europe
Joined March 2023
📢Announcement! #QSNP website is finally online! Check it out 🚀 🌐Find all the information About the project, News and Events and other resources! 👀 Take a look! And don't forget to bookmark it to stay updated with everything QSNP related! 🌟
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RT @sidhu_jasminder: The new security proof may be useful in exploring higher-dimensional QKD, and the invariant states may help with other…
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RT @sidhu_jasminder: Our work on Security of hybrid BB84 with heterodyne detection is now published in IOP Quantum Science and Tech.: http…
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RT @cosmo_lupo: Just published! Our security analysis of QKD with hybrid discrete/continuous encoding/decoding. @sidhu_jasminder
https://…
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📝New scientific publication from our partner from Politecnico di Bari 🔏 Security of hybrid BB84 with heterodyne detection Quantum key distribution (QKD) promises everlasting security based on the laws of physics. Most common protocols are grouped into two distinct categories based on the degrees of freedom used to carry information, which can be either discrete or continuous, each presenting unique advantages in either performance, feasibility for near-term implementation, and compatibility with existing telecommunications architectures. Recently, hybrid QKD protocols have been introduced to leverage advantages from both categories. In this work we provide a rigorous security proof for a protocol introduced by Qi in 2021, where information is encoded in discrete variables as in the widespread Bennett Brassard 1984 protocol but decoded continuously via heterodyne detection. Security proofs for hybrid protocols inherit the same challenges associated with continuous-variable protocols due to unbounded dimensions. Here we successfully address these challenges by exploiting symmetry. Our approach enables truncation of the Hilbert space with precise control of the approximation errors and lead to a tight, semi-analytical expression for the asymptotic key rate under collective attacks. As concrete examples, we apply our theory to compute the key rates under passive attacks, linear loss, and Gaussian noise. 🔗
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✨QSI Science Art Contest🎨 Quantum-Safe Internet Art Contest open to anyone that wants to participate! Submit any art form: poetry, music, design, painting, sculpture, or video) on a scientific subject related to Quantum-Safe Internet! 🗓️Deadline: 30 April 2025 🏆The winner will be chosen at the QSI Workshop in Denmark! 🔗More information here:
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RT @quside: Our #wordoftheday is Key Distribution 👉 Have you heard of quantum key distribution (QKD) and its role in securing sensitive dat…
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RT @QUANTUMunivie: 🖥️ Our professor and researcher Philip Walther on his new company QUBO Technology! ⤵️
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RT @quside: The first #wordoftheday of the series is Quantum Cryptography. How do you think this revolutionary technology will shape the f…
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👋🏼Meet Philip Walther, he's a professor from Quantum Physics Group, University of Vienna that recently launched his company, QUBO Technology⚙️, they develop quantum cybersecurity focussed on secure payments 💳. Here's another great example in how #QSNP partners are working towards a #quantumsecure future!!!!! 🤝🏻🔐 Follow us for more European #quantumcryptography!
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🎉The Opening Ceremony of the International Year of Quantum Science and Technology (#IYQ) will be held from 4-5 February 2025 at UNESCO Headquarters. It marks the official commencement of a global initiative dedicated to advancing quantum science and its transformative applications. As the lead agency for IYQ, UNESCO aims to maximize the visibility of IYQ and the transformative potential of quantum science and technology in addressing critical global challenges. 📅3-7 Feb 2025 📍Paris, France 💻In person and online 📝Register here
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RT @StephanSroche: You want to know what are the industrial trends and business opportunities in quantum technologies ? QUANTUM MATTER 20…
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Meet the partners! Today we are talking with Mariana, she got her PhD in her home country Portugal 🇵🇹 and then moved to Vienna 🇦🇹 to work as a scientist at @aittomorrow2day. We love seeing young women in the field of quantum! 👸🏻👩🏻🔬
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