ARQUE Systems GmbH

🚀 A groundbreaking week for 200-300mm silicon foundries – #qubit #scaling is #becoming a #reality! #QuantumComputing #SpinQubits #SiliconQubits #Scalability   🔬 The team led by Hendrik Bluhm and Lars Schreiber from ARQUE Systems GmbH, Forschungszentrum Jülich, and RWTH Aachen University , with big support from Infineon Technologies, has achieved another major milestone. They demonstrated a new method for producing single-electron quantum dots made of silicon/silicon-germanium, this time on a 200mm production line. A key step forward for #spin #qubit #scaling! Dr.-Ing. Markus Beckers Claus Dahl Sebastian Luber Sebastian Kindel Simon Humpohl   https://lnkd.in/e5STe456   💡 Over 99% fidelity for 300mm foundry silicon spin qubits! These incredible results come from Diraq, Andrew Dzurak, UNSW, and imec. First authors Paul S. and Nard Dumoulin Stuyck, along with their team, have shown just how far spin qubits have progressed toward scalability. A true breakthrough! See you in Australia in a fortnight and look forward to the exchange!   https://lnkd.in/e6-VWcrw   🌌 Intel Corporation is setting new standards with a 12-spin-qubit array, also fabricated on a 300mm semiconductor production line. First author Hubert C. George, together with James Clarke and team, presented the method for 2D qubit arrays.    https://lnkd.in/eUCt2FaZ   There’s exciting progress in quantum research – qubit scaling is becoming a reality!    #QuantumComputing #SpinQubits #SiliconQubits #Scalability #Innovation    

🎉 Day 1 at the Smart Country Convention was a huge success!🚀   We look back on an exciting first day at the Smart Country Convention 2024 in Berlin! 🙌   📍 At Bechtle’s booth in hub27 | Stand 401, we had engaging discussions and were thrilled to showcase ARQUE Systems GmbH and Infineon Technologies innovative quantum computing solutions to numerous public sector and tech industry professionals.   Our scalable quantum computer architecture generated a lot of interest. By utilizing electron shuttling and semiconductor spin qubits based on proven CMOS technology, we are paving the way for the next generation of information processing. Our SpinBus architecture demonstrates how quantum computers can scale to millions of qubits in the future to solve complex industrial problems.   Why ARQUE Systems is groundbreaking: Our technology enables solutions to computational problems that are beyond the reach of traditional computers. The first day showed us just how much interest and potential there is in this field.   About Bechtle: Bechtle is one of Europe’s leading IT service providers with over 100 IT system houses and IT e-commerce companies across 14 countries. With headquarters in Neckarsulm, Bechtle supports over 70,000 customers on their digital transformation journey.   We’re excited for the next few days and look forward to many more engaging conversations! Be sure to visit us if you want to learn more about ARQUE Systems future technologies. Dr.-Ing. Markus Beckers Sebastian Luber   📅 When? October 15-17, 2024 📍 Where? Messe Berlin, hub27 | Stand 401, Bechtle booth   © images: Jonas van Bebber

The first day of Quantum Effects 2024 is coming to an end – and we are thrilled with the amazing response at our booth! 🎉 #QuantumTechnologies #QuantumComputing #TechnologyTransfer #Innovation #EINQuantumNRW #ARQUESystems #QuantumEffects2024 #MesseStuttgart #StartupsNRW #SuccessfulDay Our team from ARQUE Systems GmbH, together with our partners Infineon Technologies, Forschungszentrum Jülich, is showcasing the latest advancements in quantum technologies. We are especially grateful to EIN Quantum NRW for the excellent organization of our booth, ensuring everything runs smoothly. Daniel Stadler Markus Bau A key highlight has been demonstrating the technology transfer from Forschungszentrum Jülich and RWTH Aachen University to real-world applications through ARQUE Systems. It’s also been great to meet other innovative startups from NRW, such as eleQtron GmbH and duotec group, and exchange ideas. We're looking forward to another exciting day tomorrow, with more inspiring conversations and new connections. Visit us at booth 2B15 and dive into the future of quantum technologies with us! 📍 Quantum Effects 2024, Messe Stuttgart  📅 October 8–9, 2024  📍 Booth: 2B15 Dr.-Ing. Markus Beckers Sebastian Luber Tim Leonhardt

🚀 Panellist at the Bitkom: AI & Data and Quantum Summit 2024 - A Deep Dive into Quantum Technologies 🧠 #QuantumComputing #Innovation #TechTransfer #QuantumTechnologies #AI #Data #FZJ #RWTH #ARQUESystems #BerlinQuantumSummit It was an honour for us to have our CEO Dr.-Ing. Markus Beckers as a panellist at the Bitkom AI & Data and Quantum Summit in Berlin to discuss the topic: ‘Lab to Fab for Quantum: How to Bridge the Gap from Research to Market?’ and to show how an outstanding technology transfer from the Forschungszentrum Jülich and RWTH Aachen University has made a significant contribution to the emergence of ARQUE Systems GmbH. The event brought together high-calibre experts, decision-makers and executives from industry, politics and science to discuss the latest trends in the fields of AI, data and quantum computing. 🔍 Our key takeaways: - Germany is making progress in quantum technology, but there is still room for improvement:  - A swift and clear stance on export controls and regulations is essential to strike a balance between global market access and technological sovereignty.  - Success requires the right technology, the right people and the right attitude. More incentives are needed for joint development between industry and academia.  - The business perspective should be included in the research phase, not afterwards, to identify market needs at an early stage. At ARQUE Systems, we play a central role in this ecosystem by developing scalable semiconductor-based quantum processors through our innovative SpinBus architecture and strategic collaborations with leading institutions such as the Forschungszentrum Jülich and strong industrial partners such as Infineon Technologies. Our work not only advances quantum technology, but also actively drives its commercialisation from research to market, increasing the visibility of our efforts and contributing to Forschungszentrum Jülich's and Germany's leadership in this field. 📅 Future outlook: With initiatives such as the QLSI2 EU project, which aims to demonstrate a 200-qubit semiconductor quantum computer by 2027, we, ARQUE together with Forschungszentrum Jülich, Infineon Technologies and many more, continue to lead the way and create the conditions for Europe to secure a leading position in the quantum competition. Our ongoing efforts to scale to over 1000 qubits by 2031 reflect our commitment to translating cutting-edge research into impactful industrial applications. Mark your calendars for the next AI & Data and Quantum Summits on 17 and 18 September 2025! Let's drive innovation forward together. 💡 Sebastian Luber Magdalena Dellinger Michael Mei Dr. Jacob L. Gorenflos López Dr. Vladimir Voroshnin Dr. Marck Lumeij Roberta Caterino Sebastian Kindel Simon Humpohl Lars Schreiber Robert Harrison Andre Luckow Roman Pašek Julian Teske

🚀 Pioneering the Future of Quantum Computing in Jülich and Aachen: First Workshop on Theory of Spin Qubit Shuttling! 🧠   We are thrilled to have hosted world-leading experts on spin qubit shuttling in Aachen for the inaugural Workshop on Theory of Spin Qubit Shuttling! This event marked a significant milestone, bringing together top minds to discuss one of the most promising approaches to scaling quantum computing architectures with spin qubits.   🔍 Why Spin Qubit Shuttling? As quantum computing continues to advance, scalability remains a key challenge. Spin qubit shuttling is emerging as a crucial technology, allowing the precise movement of qubits over larger distances, which enhances connectivity and paves the way for more complex and scalable quantum processors. This approach integrates seamlessly with existing semiconductor technology, making it a game-changer for the future of quantum hardware.   🗣️ What We Achieved:  During the workshop, we exchanged groundbreaking ideas, debated theoretical approaches, and explored innovative solutions that will drive the next generation of quantum processors. Discussions ranged from the latest experimental results to novel theoretical models, all aimed at overcoming current limitations and pushing the boundaries of what is possible in quantum technology.   🌐 Collaborating for a Quantum Future: The workshop was not just about sharing knowledge; it was about building a collaborative community dedicated to advancing spin qubit shuttling. By connecting researchers, industry experts, and thought leaders, we are fostering an environment where innovation thrives and new ideas can take flight.   👏 Thank You to Our Participants: A huge thank you to all the experts, speakers, and attendees who made this workshop a success. Your contributions are instrumental in shaping the future of quantum computing, and we are excited to see how these discussions will influence ongoing research and development.   👉 Looking Ahead: As we continue to explore the potential of spin qubit shuttling, we are committed to driving forward with collaborative efforts, cutting-edge research, and real-world applications. Together, we are making scalable quantum computing a reality.   Stay tuned for more updates as we continue to lead the charge in quantum innovation! 💡✨ Lars Schreiber Arnau Sala Seyed Akbar Jafari Dr.-Ing. Markus Beckers Sebastian Kindel Simon Humpohl Guido Burkard   #QuantumComputing #SpinQubits #Innovation #ScalableQuantumArchitecture #Research #Technology #Collaboration

 🚀 Latest Research on Atomic Composition and Its Importance for Spin Qubits! 🚀 #QuantumComputing #Research #Innovation #SpinQubits #QuantumTechnology #ScienceBreakthrough #ARQUESystems We are excited to announce that our colleague Lars Schreiber, along with an international team of scientists, has contributed to a groundbreaking paper recently published in the prestigious journal Advanced Science. 🌟 The paper, titled "Atomistic Compositional Details and Their Importance for Spin Qubits in Isotope-Purified Silicon Quantum Wells," explores the significance of atomic-level details in Si/SiGe for the development of stable and scalable spin qubits. Using state-of-the-art techniques such as Atom Probe Tomography (APT) and Time-of-Flight Secondary Ion Mass Spectrometry (ToF-SIMS), the researchers gained deeper insights into the isotope composition and its impact on qubit properties. Specifically, the study shows by simulation and by experiment that even minimal additions of germanium atoms into the SI quantum well can significantly increase valley splitting without losing the qubit coherence. This is crucial for developing high-performance quantum processors. These findings are an important step toward realizing quantum computers that offer reliable and repeatable performance while utilizing a large number of qubits. A big congratulations to Lars Schreiber and the entire team for this significant work advancing the future of quantum computing! 💡 📖 Read the full paper here: https://lnkd.in/eus9ASS2

🚀 Where Science Meets Business! 🚀 We are proud to announce that ARQUE Systems GmbH is among the top 25 science start-ups selected from 124 applications across 36 countries to compete for the prestigious title of "Falling Walls Science Breakthrough of the Year 2024"! 🎉 The selection of start-ups in fields such as Biotechnology, Energy & Cleantech, MedTech, New Materials, and of course, #Quantum #Technologies, demonstrates the diversity and potential within science and innovation. We are thrilled that Dr.-Ing. Markus Beckers represent the ARQUE Systems at the #FallingWalls #ScienceSummit24 in Berlin and showcase our groundbreaking advancements in the development of scalable semiconductor quantum computers. 🏆 Congratulations to all the winners! It is inspiring to see science and entrepreneurship come together to shape the future. We look forward to the pitches on November 7th and the opportunity to present our vision and technology to a distinguished jury and a selected audience. A big thank you to the Falling Walls Foundation for this unique platform where groundbreaking ideas are presented and celebrated! 🎉 Let’s break the walls of knowledge together and reach new horizons! 👉 Discover the Falling Walls Venture Winners here: https://lnkd.in/eRCwWhmN Forschungszentrum Jülich RWTH Aachen University #Innovation #QuantumComputing #FallingWalls #ARQUESystems #ScienceSummit24 #Entrepreneurship #Research #FutureOfTech

Where Science Meets Business: Discover the science start-ups that will pitch for the title Falling Walls Science Breakthrough of the Year 2024 at the #FallingWalls #ScienceSummit24! The top 25 science start-ups were selected out of 124 applications from 36 countries. These startups developed solutions in the spheres of Biotechnology, Energy & Cleantech, Food & Agriculture, MedTech, New Materials, Quantum Technologies, Mobility & Transportation. Cheers to the winners! 🏆 ActiTrexx GmbH 🏆 AI Proteins 🏆 ARQUE Systems GmbH 🏆 Bioeutectics 🏆 Cyclize 🏆 DeepEn 🏆 ecoLocked 🏆 ElectraLith 🏆 Exazyme 🏆 Gisens Biotech 🏆 Greenlyte Carbon Technologies 🏆 Level Nine 🏆 Linium Biochemicals 🏆 Nano24 🏆 Nanoflex Robotics 🏆 NOSI - Network for Olfactory System Intelligence 🏆 Origin by Ocean 🏆 PEARCODE 🏆 PRAMOMOLECULAR 🏆 Qkera 🏆 Reme-D.Inc 🏆 S.Lab 🏆 Sparxell 🏆 TAU Systems 🏆 xemX materials space exploration GmbH 🏆 Discover the Falling Walls Venture Winners: https://lnkd.in/eRCwWhmN Divided into three clusters (Sustainability, Engineering of the Future, and Health Solutions), the 25 Falling Walls Venture Winners will be invited to the #FallingWalls #ScienceSummit24 in Berlin, where they will pitch their work to a distinguished Jury and selected audience on 7 November.

🚀 Today is PGI-Day! 🚀 #PGIDay2024 #QuantumComputing #Innovation #Networking  #Research #QuantumTechnology We are excited that Lars Schreiber will present our groundbreaking technology developed at Forschungszentrum Jülich & RWTH Aachen University and commercialised by ARQUE Systems GmbH today at PGI-Day 2024! The PGI-Day, taking place on September 10th, 2024, at the Central Library, provides a fantastic platform for exciting talks, networking opportunities, and inspiring poster sessions. Lars will be showcasing the latest developments and advancements in the field of scalable semiconductor quantum computers. Our innovative SpinBus architecture and the use of electron shuttling to realize highly efficient quantum processors offer immense advantages for the scalability and industrial application of quantum computing technologies. In addition to the technological highlights, PGI-Day offers many other exciting program points: poster sessions, a special breakout session on integrating AI tools in daily management, and the chance to end the day with a delightful dinner in great company. 🌟 We look forward to an inspiring day filled with innovation and conversation! See you there! 👋 Dr.-Ing. Markus Beckers Simon Humpohl Sebastian Kindel Jan Timper © Picture: René Otten

🚀 ARQUE Systems at the Silicon Quantum Electronics Workshop 2024 in Davos! 🏔️ #SiQEW2024 #QuantumComputing #SiliconQubits #ARQUESystems #Innovation #Research #Davos #QuantumTechnology We are excited to announce that our colleagues are attending the Silicon Quantum Electronics Workshop 2024 (SiQEW) in Davos, Switzerland! This workshop, which began in 2007, has evolved into a premier platform for exchanging and showcasing the latest developments in the field of electrically-controlled spin qubits in semiconductor quantum dots and donors. This year's event provides a fantastic opportunity to exchange knowledge about the latest advancements in silicon qubit research and to learn from the leading minds in the field. While the focus has traditionally been on silicon, we are also looking forward to interesting contributions on topics related to germanium. We are proud to present our work and insights at this international forum and are eager to connect with other experts and pioneers in the field of quantum computing technologies. Stay tuned for our updates and insights from SiQEW 2024 – we look forward to inspiring discussions and the exchange of innovative ideas! Infineon Technologies Lars Schreiber Dr.-Ing. Markus Beckers Sebastian Kindel Simon Humpohl Claus Dahl Sebastian Luber