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🚀 Exciting news! Today, Quantum Circle was officially launched during the EU Quantum Technology Conference where Belgian companies such as De Cronos Groep are teaming up to prepare for the quantum era. By collaborating across sectors, Quantum Circle aims to facilitate collaboration and share knowledge. Our joined mission? To identify high-impact applications that can transform our society. Stay tuned for more exciting developments as Quantum Circle propels Belgium into the quantum age! 📈🌟 #Quantum #Quantum4Belgium #DeCronosGroep

🚀 Exciting News from Our Association! 🚀 The European Quantum Industry Consortium (QuIC) is thrilled to announce that one of our esteemed Members and a global leader in building #quantum computers, IQM Quantum Computers, has made a significant announcement at the annual Choose France summit, hosted by French President Emmanuel Macron and attended by business leaders from around the world, designed to promote France’s attractiveness internationally. They will build an industrial production unit for quantum computers and chips, a significant leap forward for the quantum industry. 🏭🤖 Key Highlights of the New Unit: 1️⃣ The fabrication facility will have high-throughput production process for large-scale quantum processors, first-of-its-kind in Europe. 2️⃣ The facility will complement IQM's existing fabrication facility in Espoo, Finland. 3️⃣ The first stage of this project will be enabled by the development of fabrication steps in pilot line mode within QuIC Member CEA-Leti in Grenoble. 4️⃣ IQM's vision to bring quantum computing to the next level by advancing this disruptive technology from the laboratory to the industrial scale to remain at the forefront of the innovation race for quantum advantage aligns with France’s quantum strategy and wider European initiatives like the EU Chips Act. 🗯 In support of this initiative, the French Minister of Economy and Finance, Bruno Le Maire, stated, "I'm delighted that IQM has chosen France as the location for its superconducting quantum processor fabrication facility, which testifies to French excellence in this field and is a first step towards the emergence of truly European quantum champions that France is calling for.” 📰 We invite everyone to read the full press release for more detailed information and insights into this groundbreaking development: https://lnkd.in/dGbXUMUy Join us in congratulating IQM Quantum Computers for their visionary initiative that will drive the European quantum industry forward! 🎉👏 For more updates, be sure to follow IQM Quantum Computers's LinkedIn page. Jan Goetz #QuIC #Member #IQM #QuantumInnovation #IndustrialGrowth #Sustainability #TechLeadership #Announcement #QuantumComputing #QuantumTechnology #QuantumFuture #Chips #France

IonQ has unveiled an accelerated roadmap and new technical milestones, marking significant progress in quantum computing. These advancements are expected to enhance the capabilities of quantum technology, driving innovation across various industries. IonQ's commitment to pushing the boundaries of what's possible highlights the growing importance of quantum computing in the tech landscape. The company's roadmap sets the stage for future breakthroughs and industry transformation. https://lnkd.in/gDdkMb8P #QuantumComputing #TechInnovation #IonQ #QuantumTechnology #IndustryTrends #TechNews #Innovation #FutureTech #Milestones #TechnologyAdvancement #UnderstandingEnterpriseTech #EnterpriseTechnologyNow #EnterpriseTechnologyToday

The computing power is increasing, but how do you accelerate faster that that? The answer was easy quantum computing- we found the right partner in #Dynex to take #VeeTech and India into #NEUROMORPHIC #QUANTUMCOMPUTING stratosphere. Special Thanks to Stephen Ibaraki & Unitednations offical for the #Aiforgood summit and Daniela H. for piecing this together! 🙏🏽 Vee are excited to play in this new stratosphere and solve many of the world's problems. #SonaTech #VeeTech #TheSonaGroup #VeeHealthTek #DynexMoonshot

#QuantumLeap: Quantum Circuits Secures $60M for Error-Correcting Platform Quantum Circuits Inc. has raised an impressive $60 million in a Series B funding round to further develop its scalable quantum computing platform equipped with error correction capabilities. Founded from Yale University, the company aims to revolutionize quantum computing by addressing one of its biggest challenges: error-prone calculations. With investments from ARCH Venture Partners, Sequoia Capital, and others, Quantum Circuits is set to commercialize its innovative dual-rail qubits technology. These qubits provide built-in error correction, offering a robust solution for scalable quantum architecture. The company already offers a cloud service for developers to deploy and test quantum applications, putting error detection and control in their hands. This funding marks a significant stride in the race to bring reliable quantum technology to market, competing with heavyweights like IBM and Google. How will error correction transform the future of quantum computing? #QuantumCircuits #ErrorCorrection #QuantumComputing #Innovation #TechFunding #Saasverse

Happy #ExascaleDay! But what is #Exascale computing? Exascale #supercomputers are a groundbreaking leap in computational power, capable of performing over 1,000,000,000,000,000,000 (yes, that's 1 exaFLOPS!) operations per second! 🏎️ 💨 To compare, the human brain contains 100 billion neurons – to reach one exaflop would require 10,000 people! #DYK why do we celebrate #ExascaleDay today? Just count the zeros in 1 exaflops! (hint: it's 18...) Today is 10.18! 📆 EuroHPC Joint Undertaking (EuroHPC JU)'s next ambition is to bring exascale capabilities to European users. #JUPITER (in Germany) and #ALICERECOQUE (in France) are our two #European exascale systems currently under deployment! ⏩Check out our blog post which explores the significance of Exascale #computing for mankind: https://lnkd.in/eMF87FJc

Top 10 Quantum Computing Startups to Watch in 2025 https://zurl.co/zECE 🚀 Top 10 Quantum Computing Startups to Watch in 2025 💡 The quantum revolution is here, and these innovative startups are paving the way! 🌐 From fault-tolerant qubits to game-changing quantum encryption, these companies are pushing the boundaries of technology. 🚀 🔹 Alice & Bob - Mastering error-free qubits for reliable quantum systems. 🔹 Arqit - Transforming quantum encryption with QuantumCloud. 🔹 Atom Computing - Scaling quantum hardware with neutral atom technology. 🔹 1QBit - Building a strong ecosystem with quantum-focused software. 🔹 Agnostiq - Simplifying hybrid computing with Covalent. 🔹 Bleximo - Co-designing algorithms and hardware for faster problem-solving. 🔹 Atlantic Quantum - Enhancing coherence times with noise-protected qubits. 🔹 Classiq - Accelerating quantum software development with an easy-to-use platform. 🔹 Alpine Quantum Technologies (AQT) - Leading the way in ion-trap systems. 🔹 BosonQ Psi - Revolutionizing CAE simulations with quantum-powered solutions. Stay tuned as these pioneers shape the future of quantum computing! ⚛️ #QuantumComputing #TechInnovation #Startups2025 #AI #AINews #AnalyticsInsight #AnalyticsInsightMagazine

🚀 A quantum leap in computing! 🚀 At the inaugural #IBM #Quantum Developer Conference, we announced a major breakthrough: the successful execution of quantum circuits with up to 5,000 two-qubit gates, setting a new benchmark for #performance and #scalability! This achievement marks the completion of our ambitious 100×100 challenge, set just two years ago, and pushes the boundaries of quantum computing beyond classical capabilities. Key Highlights: Heron R2 chip: Equipped with 156 qubits and capable of processing 5,000 gates with improved speed and accuracy. Next-generation Qiskit tools: Innovations such as the Qiskit Transpiler Service, Qiskit Code Assistant, and advanced Qiskit features revolutionize quantum algorithm development. Interchip Coupler Technology: The introduction of L and M couplers paves the way for scalable, modular, and error-correcting quantum systems. These advances are accelerating our journey toward quantum-centric supercomputing, unlocking real-world applications, and empowering the global quantum community to pioneer the future of discovery. Missed the conference? Recordings of all sessions will be available on IBM Quantum Learning starting November 19. #QuantumComputing #IBMQuantum #Qiskit #Innovation

It's great to see that ARQUE Systems GmbH has been recognized by Sifted as #one of the 11 #quantum #computing #companies being watched by VCs in Europe. This is a great honor, but also a great motivation for the future for the team of over 30 passionate employees working on the SpinBus technology. Without them, what we have achieved would not have been possible - but it is only the beginning of a long and ultimately successful journey. We are convinced of that!   Dmitry Galperin has recognized and highlighted the added value of our technology. What is special and successful about ARQUE technology: it can #really #scale!   Quantum processor architectures must enable scaling to large numbers of qubits while providing two-dimensional qubit connectivity and exquisite operational fidelity. In microwave-driven semiconductor spin qubits, dense arrays have made considerable progress, but are still limited in size by wiring fan-out and exhibit significant crosstalk between qubits. To overcome these limitations, we have developed the SpinBus architecture, which uses electron shuttling to interconnect qubits and is characterized by low operating frequencies and improved qubit coherence. Device simulations for all relevant operations in the Si/SiGe platform validate feasibility with established semiconductor patterning technology and operational reliabilities of over 99.9%. Control with devices operating at room temperature can plausibly support at least 144 qubits, but with cryogenic control circuits a much larger number of millions of qubits is realistic. Building on the theoretical feasibility of highly reliable spin-coherent electron shuttling as a key enabler, the SpinBus architecture will form the basis for a spin-based quantum processor that meets the scalability requirements for practical quantum computers.   Read the full article and check out the other featured companies in Daphné Leprince-Ringuet's latest article.   #Cliffhanger: Technological news will follow soon... RWTH Aachen University Forschungszentrum Jülich RWTH Innovation NMWP.NRW Dr.-Ing. Markus Beckers Sebastian Luber Claus Dahl Sebastian Kindel Simon Humpohl Roberta Caterino Dr. Marck Lumeij Dr.-Ing. Harald Cremer Daniel Stadler   https://lnkd.in/dTi6dT_6  

✨ Last week QuTech hosted the Rijksdienst voor Ondernemend Nederland (RVO)(RVO). Together with other quantum companies, we had the opportunity to meet RVO director Abdeluheb Choho. We shared with the delegation how OrangeQS builds test equipment for quantum chips and what our role is in several projects in the world-leading Delft quantum ecosystem. 💡 At OrangeQS, we build high-throughput test equipment for quantum chips. These are among the world’s largest and most complex quantum systems. We’re capable of building these instruments, thanks to the collaborations with local suppliers that develop state-of-art subsystems. 💶 RVO has supported several of our R&D collaborations with Qblox, Delft Circuits, Leiden Cryogenics, QuantWare and QuantaMap. 📰 Read more on the RVO financing instruments and how we have made use of them here: https://lnkd.in/eMXi3fY7 #quantum #quantumindustry #quantumchips #testing #startup #deeptech #Quantify