Quobly a republié ceci
Building a global leader in silicon quantum computer is a long journey. It takes more than building one (very) good qubit. It is an industrialization endeavor to manufacture and control millions of qubits. The reward is big: silicon quantum computers have the potential to deliver fault-tolerant quantum computing seamlessly within the existing computing and datacenter infrastructure, at an accessible cost for all industries to benefit from quantum computing power. Our MoUs with TNO and OQS matter because they leverage complementary strengths to tackle key challenges of industrialization: ➡️ With TNO, we leverage long standing CMOS expertise to design better qubits. It takes a technology pivot to turn a transistor into a qubit. It takes deep material exploration to turn millions of transistors into millions of reproducible qubits. With TNO, our understanding of materials at room temperature and with many electrons is extended towards single-electron behavior at low temperature. It provides technology pathways to increase yield as technology maturity increases. ➡️ With Orange Quantum Systems, we optimize one key enabler for silicon qubit technology development: high throughput, statistical, low temperature characterization. It’s these electrical data that are required to provide feedback to simulation and fabrication to tweak the technological process steps (building a quantum integrated circuit with silicon represents ~300 technology steps) so that the performance and yield steadily increases. These MoUs bridge the gap between technology development and industrial execution, they build on our strengths and complementarities to speed up the development of our quantum computers. I am personally very proud of the agreements. We know what we want to build. We are making it happen. Tjark Tjin-A-Tsoi, Garrelt Alberts, Emmanuel Macron, Rob Jetten. Quobly
🇫🇷 🇳🇱 France and the Netherlands join forces to industrialize quantum computing. Today in Eindhoven, Quobly, represented by our CEO, Maud Vinet, joined President Emmanuel Macron’s delegation to the Netherlands and signed two MoUs with TNO and Orange Quantum Systems, strengthening key capabilities needed to scale silicon spin qubits. ✅ With TNO, we are advancing work on materials, device characterization and systems engineering - Tjark Tjin-A-Tsoi ✅ With Orange Quantum Systems, we are developing automated, reproducible and high-throughput testing for silicon spin qubit devices - Garrelt Alberts. For Quobly, these are concrete steps in our industrialization roadmap: building not only the qubit but the capabilities needed to manufacture, test and qualify quantum processors at scale. France and the Netherlands have complementary strengths across the semiconductor and quantum value chains. Bringing them together helps accelerate the move from the lab to the factory. The two MoUs were signed during the Franco-Dutch working lunch “Bridging the Tech Gap”, attended by President Emmanuel Macron and Prime Minister Rob Jetten. Read more: → TNO: https://lnkd.in/drD8ir3d → Orange Quantum Systems: https://lnkd.in/djDJ7ViN Alessandro Bruno, Anne-Isabelle Etienvre, Arthur Mensch, ASML, Bull, Christophe Fouquet, CEA, Doeco Terpstra, Emmanuel Le Roux, Jean-Marc Chéry, Jeroen Dijsselbloem, Johan Feenstra, Ministerie van Economische Zaken en Klimaat, Mistral AI, NXP Semiconductors, Philippe Notton, QuantWare, SiPearl, SMART Photonics, STMicroelectronics, Icecat, Cottonwood Technology Fund, Ground State Ventures, InnovationQuarter, Qbeat Ventures, EIC - European Innovation Council, TechLeap, Ministry of General Affairs, QDNL, Jeroen Jongeling, Saurabh Karwal, Arnaud de Jong, Amber Van Hauwermeiren