Quantum Business Network (QBN)’s Post

👀 Fujitsu has joined forces with QuTech to create a blueprint for a scalable quantum computer.   🤝 Our collaborative approach is comprehensive, encompassing everything from the development of physical components to the error-correction algorithms necessary to operate the computer.   💡 At the heart of our collaborative research into scaling are high-quality qubits with extended coherence times and the creation of optical connections between qubit modules.   🚀 Together, we have already achieved significant scientific success. For instance, we've demonstrated the fault-tolerant operation of a logical qubit.   Find out more about our collaborative research on qutech.nl/fujitsu.

🔍 Dive into Chapter 3: "Strategic roadmap for Quantum Communications" (Pages 71-92) from our comprehensive Strategic Industry Roadmap (SIR) 2024! 🤖📘   💡 The SIR contains roadmaps for Quantum Communications. With the debate between Post Quantum Cryptography and Quantum Key Distribution ever relevant, chapter 3 of the SIR provides a breakdown of this interplay highlighting the importance of Quantum Communications as part of a quantum safe future. The SIR has helped the European Commission’s roadmaps and guides critical infrastructure for a quantum connected Europe through initiatives such as EuroQCI.   If you're passionate about Quantum Communications and its role in shaping the future of quantum technology, this chapter offers invaluable insights and perspectives. 🌐🔗 https://lnkd.in/eYHjt2UY   Are you ready to make a difference and influence public policy at a European level? Join our pan-European association today! 👇 https://lnkd.in/e-iPSxMU   👉 Don't miss this opportunity to expand your knowledge, contribute to the Quantum Communication conversation, and join Europe’s largest quantum industry association that's shaping the future of #quantum in Europe. Visit our website today to read Chapter 3 and explore our exciting membership opportunities. #QuIC #StrategicIndustryRoadmap #Chapter3 #Europe #PublicPolicy #QuantumIndustry #QuantumCommunications #QuantumLeap

Our new paper fresh on arxiv : "Harnessing spin-qubit decoherence to probe strongly-interacting quantum systems" https://lnkd.in/d_N5nrUz Enjoy! #quantumtechnologies

🛰️ Active in space or #quantum? Join our exiting webinar ‘Bridging Frontiers: Interfacing Platforms for a Global Quantum Internet’. During this webinar Charlotte Postma and Gustavo Castro Do Amaral will delve into the foundational components of #quantumnetworks, focusing on three key areas: memory, source, and detection. By examining the interaction of these elements, we aim optimize and enhance the performance of quantum communication systems. Together, these insights will illustrate how these components work in harmony to build more effective, long-distance quantum networks. Join our deepdive into the future of #quantumcommunications Register here ➡️ https://tno.social/quantum #quantuminternet

A team of researchers from Illinois and other institutions plan to build a high-performance 16-node quantum networking testbed over the next year capable of distributing entanglement at rates more than five orders of magnitude greater than current approaches and over distances of up to 100 kilometers. They're one of 11 teams supported by the NSF National Quantum Virtual Laboratory initiative. 🔗 https://buff.ly/49IJqgM

The leaders of the International Council of Quantum Industry Associations (ICQIA) partners, composed of the European Quantum Industry Consortium (QuIC), Quantum Industry Canada, the Quantum STrategic industry Alliance for Revolution(Q-STAR), and QED-C®, convened in person during Q-Expo to discuss several topics of common interest. The work meeting allowed the global industry leaders to advance collaborative projects, notably the development of global value chain landscapes in quantum computing and quantum-secure communication. The discussions reinforced the Council’s commitment to innovation and growth in the quantum industry. #quantum #Quantumindustry

A team of researchers from Illinois and other institutions plan to build a high-performance 16-node quantum networking testbed over the next year capable of distributing entanglement at rates more than five orders of magnitude greater than current approaches and over distances of up to 100 kilometers. They're one of 11 teams supported by the NSF National Quantum Virtual Laboratory initiative. 🔗 https://buff.ly/49IJqgM

🤝 QuTech has joined forces with Fujitsu to create a blueprint for a scalable quantum computer. 💡 Our collaborative approach is comprehensive, encompassing everything from the development of physical components to the error-correction algorithms necessary to operate the computer. 🔎 At the heart of our research into scaling are high-quality qubits with extended coherence times and the creation of optical connections between qubit modules. 🎉 The collaboration has already achieved significant scientific success. For instance, we've demonstrated the fault-tolerant operation of a logical qubit. Find out more about our collaborative research on qutech.nl/fujitsu

The connections between the quantum industries from UK and Denmark are growing fast and there is still plenty of potential. The Danish Embassy and a selection of leading Danish quantum companies spent two days in London last week network building at Commercialising quantum. To learn more about the quantum potential in Denmark, visit https://lnkd.in/eENNFTq6 or speak directly to one of the participating Danish companies: - Partisia, Privacy enhancing solutions - Qpurpose, quantum-enhanced computational solutions - QunaSys, quantum algorithms and application engines - Sparrow Quantum, single photon chips - DFM - Danish National Metrology Institute, primary measurement standards and methods #quantum, #quantumcomputing

Just over a year ago, we started conceptualizing an idea to build a quantum computer at the American Physical Society March Meeting 2024. Thanks to our team's dedication and some help from Maybell Quantum and QuantWare, we saw our dream become a reality! From setup to generating live data took only 48 hours, around-the-clock power, and tons of collaboration within our team and with everyone that helped make it possible. We were proud to discuss this data at one of the scientific sessions at the same conference where we performed the measurements. Aside from being a fun experiment, this achievement allowed us to showcase that with the Qblox plug-and-play solution, combined with a cryogenic, it's possible to set up a fully-functioning quantum computer in only two days instead of two weeks and start performing reliable experiments, too. Explore further insights here: https://lnkd.in/eacF_gBH