Quobly

What you need to know about the partnership between Quobly and STMicroelectronics:   ·      Together, the companies will advance Quobly's quantum processing unit using STMicroelectronics’ 28 nm FD-SOI technology. ·      The goal is to stay on time and on target in the runup to our projected 2027 quantum processing unit release. ·      Quobly will focus on low-temperature silicon characterization; ST will bring process know-how and design expertise. ·      Key Quobly team members, then at @CEA-Leti, have succeeded with ST in the past on the genesis and development of FD-SOI and will leverage that experience for quantum. ·      The partnership is for several years, with intermediate milestones on the scaleup journey through increasingly complex silicon test vehicles.   Go to our blog to read what CEO Maud Vinet and Philippe Magarshack of STMicroelectronics had to say about this innovative collaboration: https://lnkd.in/e9-SiJU3

📢 BIG NEWS: If you haven't heard already, Quobly has teamed up with STMicroelectronics to advance our quantum processing unit (QPU) using ST’s 28nm FD-SOI technology. 📢 Our goal is to break the 1-million-qubit barrier by 2031, targeting applications ranging from pharmaceuticals, finance, materials science and complex systems modeling, including climate and fluid dynamics simulations. In a recent interview, Maud Vinet CEO of Quobly and Philippe Magarshack Microcontrollers & Digital ICs Group VP of STMicroelectronics discussed how this collaboration will accelerate quantum scalability, focusing on areas like quantum chemistry and catalysis simulation. The partnership combines STMicroelectronics' semiconductor expertise with Quobly’s innovation in silicon spin qubits to make quantum computing commercially viable at scale. 👉 Read the full interview! https://lnkd.in/e9-SiJU3 👈 #QuantumComputing #STMicroelectronics #Innovation #Quobly #TechForGood Alexis Breton | Steeve Bourdon | Jana Mancova | Andrea Busch | Matthieu Estrangin | Olivier Ezratty | David Larousserie | Sharon Rehbinder | Richard Curtin | Invest In Grenoble Alpes | La French Tech Alpes | Eléonore de Rose |Doug Finke

📣 MAJOR ANNOUNCEMENT 📣 At Quobly, our mission has always been clear: harness the power of semiconductor innovation to unlock the full potential of quantum technologies. And this morning, at #Q2B Santa Clara, John Preskill reminded the quantum computing community that a fault-tolerant quantum computer is needed by the industry to tackle commercial applications.   This is why we are thrilled to announce our strategic collaboration with STMicroelectronics to bring quantum processor units (QPUs) to scale! Simply put, we make qubits the same way we fabricate transistors. By collaborating with STMicroelectronics, a global leader in advanced manufacturing, we’re taking a big step towards industrializing quantum computers. This means bringing quality, reproducibility and yield to the silicon qubits. Quobly leverages ST’s high volume manufacturing capabilities, FD-SOI semiconductor processes and circuit design expertise to make scalable, cost-effective quantum processors. Quobly aims to break the 1-million-qubit barrier by 2031, targeting applications ranging from pharmaceuticals, finance, materials science and complex systems modeling, including climate and fluid dynamics simulations. Why does this agreement matter? With ST on our side, we are applying to quantum the same test and tried innovation stream as the one that made the success of classical semiconductor innovation. Silicon qubits have already demonstrated their ability to perform all quantum operations in academic labs. The next step is multiplication. Commercial fabs offer yield and reproducibility but at the expense of limited versatility. It is the reason why with CEA-Leti pilot lines, we have taken their constraints into account to demonstrate all the quantum operations. Those constraints are the ones of commercial FD-SOI, and we know them well because our team contributed to the development of the FD-SOI that is now manufactured in fabs like ST's. This foundational work, complying with commercial FD-SOI technological constraints, was burdensome, but it provides two game changing advantages: - co-integration of classical electronics for scalability, solving the challenge of wiring and enabling quantum error correction - money and time efficiency as we benefit from the billions of dollars already invested in the fabs Now we are ready to enter the next phase and add qubits on top of 28FD-SOI technology to bridge co-design, prototyping and industrialization.   ✨ Read more about this exciting milestone in the full press release 👉 https://lnkd.in/erSiRN2a Maud Vinet | Remi El-Ouazzane | Philippe Magarshack | Nicolas Daval | Alexis Breton | Steeve Bourdon | Jana Mancova | Matthieu Estrangin | Andrea Busch | Doug Finke | CEA-Leti | CNRS | Christopher Bishop | Olivier Tonneau | Gwenaël Hamon | DAMIEN BRETEGNIER | Frédéric Humbert

🚀 We are thrilled to share a significant step forward in the journey toward fault-tolerant, large-scale quantum computing! ⚛️ At IEDM Conference 2024, Quobly unveiled groundbreaking work demonstrating how FD-SOI technology—traditionally used in CMOS manufacturing—can serve as a scalable and commercially viable platform for quantum computing. 🖥️ By leveraging decades of semiconductor expertise and infrastructure, our approach integrates quantum and classical components on the same chip, paving the way for Quantum System-on-Chip (QSoC) architectures. 💡 Key achievements announced include: - Cryogenic Control Electronics: Achieving voltage gains up to 75dB with noise levels of 10-11V²∙μm²/Hz. - Ambipolar Spin Qubits: Co-integration of hole and electron qubits, enabling manipulation speeds of 1μs and coherence times of 40μs. - Two-Qubit Gate Standard Cell: Demonstrated using commercially available FD-SOI, addressing a critical challenge in scaling quantum processors. 👍 Our results confirm that silicon spin qubits are ideally suited for scaling, combining unparalleled clock speeds, fidelity, and density. This achievement wouldn’t have been possible without the support of our collaborators, including CEA-Leti, CEA-Irig, CNRS, and leading semiconductor partners. With this milestone, Quobly continues to lead the way in building cost-efficient, scalable quantum systems—bringing us closer to the promise of fault-tolerant quantum computing at scale. Read the full press release: https://lnkd.in/edgEzaCm #QuantumComputing #FDSOI #IEDM2024 #Innovation Bruna Cardoso Paz | Maud Vinet | Maïa Sallier | Catherine Ogier | Florence Fernandez

🌟 Two years of bold moves, scaling quantum power for tomorrow's innovators—and transforming dreams into reality with Quobly!🌟 As we gear up for Q2B Santa Clara next week, we’re celebrating how far we’ve come—and the even bigger leaps ahead. 💡 The team behind the dream: What started with just a handful of visionaries has grown into a powerhouse of 40+ Quobly innovators working shoulder-to-shoulder with over 20 brilliant collaborators across academia and industry CEA-Leti | Institut Néel CNRS | Université Grenoble Alpes | QuantAlps | CNRS Innovation | CEA Grenoble. Together, we’re making quantum computing more than a vision—it’s becoming reality. 💡 From bold ideas to groundbreaking milestones: - At SIQEW 2024, we proved that quantum technologies don’t have to live in the distant future. Our breakthrough—quantum dots on VLSI-compatible technology—lays the foundation for reshaping how scalable, cost-effective quantum systems are made. - At ESSERC 2024, we hit the sweet spot of precision and performance with on-chip cryoelectronics achieving 99.9% readout fidelity in just 2.2 µs, setting the stage for robust, fault-tolerant architectures. 💡 Welcome to our Scientific Advisory Board: This year, we’ve brought together some of the sharpest minds in silicon spin qubits, quantum computing and the semiconductor industry to guide our journey forward. Their expertise and vision is ensuring that Quobly stays ahead of the curve as we tackle the most complex challenges in scaling quantum computers. 💡 Quantum for the planet: Tackling climate change is personal for us. Through quantum chemistry and materials development, we’re laying the foundation for the next-generation of computing solutions that will drive sustainable innovation. 💡 Rooted in Grenoble, growing global: With a shiny new office, a vibrant ecosystem, and a dash of Alpine inspiration, we’re doubling down on being a catalyst for innovation while staying true to our Grenoble roots. But the real show-stopper is yet to come. 🚨 Next week at Q2B, we’ll unveil a game-changing announcement that redefines what’s possible in quantum industrialization. Mark your calendars—you won’t want to miss this! Thank you to everyone who’s believed in our mission. Here’s to the bold, the curious, and the unstoppable. The best is yet to come! 🚀 Maud Vinet | Francois Perruchot | Tristan Meunier | Quantonation | Olivier Tonneau | Bpifrance | Gwenaël Hamon | INNOVACOM | Frédéric Humbert | Supernova Invest | DAMIEN BRETEGNIER | Olivier Ezratty | Invest In Grenoble Alpes | French Tech in the Alps - Grenoble (SCIC SAS Digital Grenoble) | Loïc Le Loarer | Silicon Catalyst | Richard Curtin | Yasser Omar | Bich-Yen Nguyen | Daniel Loss | Min-Hsiu Hsieh | Seigo Tarucha | Jean-Baptiste Faverjon | Minalogic | Carol HAINAUT | Sharon Rehbinder | Fanny Bouton | Sabine Mehr | Christopher Bishop | Bluefors | Nanoacademic Technologies Inc. | AEM #QuantumComputing #QuoblyTurns2 #Q2B2024 #InnovationUnlocked

Are you attending the Quantum Job Fair at EPITA: Ecole d'Ingénieurs en Informatique next week? Make sure to catch Quobly's talk—it’s not just a talk, it’s an invitation to explore the future of quantum computing and your place in it! Here’s why you can’t miss it: 🔍 Discover Silicon Spin Qubits – Learn what makes this tech the ultimate foundation for scalable quantum computing. 📈 Scaling to Millions (or Billions!) of Qubits – Get the inside scoop on how we’re engineering quantum systems that push the boundaries of possibility. 💡 Meet the Team – Dive into Quobly’s culture, our mission, and why this might just be your next professional adventure. We’re not just building quantum computers—we’re building a community of innovators ready to tackle the impossible. Come say hi, ask questions, and see if Quobly feels like home. Let’s shape the quantum future together! 💼✨ Le Lab Quantique | Siméon Valdman | Tangui Aladjidi #QuantumCareers #JobFair #QuantumComputing #Quobly

🌟 Two years of bold moves, scaling quantum power for tomorrow's innovators—and transforming dreams into reality with Quobly!🌟 As we gear up for Q2B Santa Clara next week, we’re celebrating how far we’ve come—and the even bigger leaps ahead. 💡 The team behind the dream: What started with just a handful of visionaries has grown into a powerhouse of 40+ Quobly innovators working shoulder-to-shoulder with over 20 brilliant collaborators across academia and industry CEA-Leti | Institut Néel CNRS | Université Grenoble Alpes | QuantAlps | CNRS Innovation | CEA Grenoble. Together, we’re making quantum computing more than a vision—it’s becoming reality. 💡 From bold ideas to groundbreaking milestones: - At SIQEW 2024, we proved that quantum technologies don’t have to live in the distant future. Our breakthrough—quantum dots on VLSI-compatible technology—lays the foundation for reshaping how scalable, cost-effective quantum systems are made. - At ESSERC 2024, we hit the sweet spot of precision and performance with on-chip cryoelectronics achieving 99.9% readout fidelity in just 2.2 µs, setting the stage for robust, fault-tolerant architectures. 💡 Welcome to our Scientific Advisory Board: This year, we’ve brought together some of the sharpest minds in silicon spin qubits, quantum computing and the semiconductor industry to guide our journey forward. Their expertise and vision is ensuring that Quobly stays ahead of the curve as we tackle the most complex challenges in scaling quantum computers. 💡 Quantum for the planet: Tackling climate change is personal for us. Through quantum chemistry and materials development, we’re laying the foundation for the next-generation of computing solutions that will drive sustainable innovation. 💡 Rooted in Grenoble, growing global: With a shiny new office, a vibrant ecosystem, and a dash of Alpine inspiration, we’re doubling down on being a catalyst for innovation while staying true to our Grenoble roots. But the real show-stopper is yet to come. 🚨 Next week at Q2B, we’ll unveil a game-changing announcement that redefines what’s possible in quantum industrialization. Mark your calendars—you won’t want to miss this! Thank you to everyone who’s believed in our mission. Here’s to the bold, the curious, and the unstoppable. The best is yet to come! 🚀 Maud Vinet | Francois Perruchot | Tristan Meunier | Quantonation | Olivier Tonneau | Bpifrance | Gwenaël Hamon | INNOVACOM | Frédéric Humbert | Supernova Invest | DAMIEN BRETEGNIER | Olivier Ezratty | Invest In Grenoble Alpes | French Tech in the Alps - Grenoble (SCIC SAS Digital Grenoble) | Loïc Le Loarer | Silicon Catalyst | Richard Curtin | Yasser Omar | Bich-Yen Nguyen | Daniel Loss | Min-Hsiu Hsieh | Seigo Tarucha | Jean-Baptiste Faverjon | Minalogic | Carol HAINAUT | Sharon Rehbinder | Fanny Bouton | Sabine Mehr | Christopher Bishop | Bluefors | Nanoacademic Technologies Inc. | AEM #QuantumComputing #QuoblyTurns2 #Q2B2024 #InnovationUnlocked

That's a wrap on #EQTC2024! Thrilled to have participated in #EQTC 2024 in the beautiful and vibrant city of Lisbon, Portugal! This conference brought together an extraordinary mix of voices—academia, industry, policymakers, and finance—all united in shaping the future of the European quantum ecosystem. At Quobly, we had the privilege of presenting our groundbreaking work on building scalable quantum processors. Our approach leverages semiconductor technology that already powers classical processors, with spin qubits controlled directly from on-chip circuitry. This enables us to push the boundaries of scalability while keeping costs reasonable. The event afforded us meaningful conversations about the future of quantum technologies. At our booth, we shared insights on spin qubits and FDSOI, explored possibilities for collaboration, and presented our work in a concise yet impactful 90-second pitch. A huge thank you to the PQI – Portuguese Quantum Institute and Yasser Omar for organizing such a welcoming and collaborative event. Special thanks to everyone who visited us at booth 12 and joined the discussion at Culturgest. Whether you caught our poster session, stopped by to talk, or joined the insightful panels, your contributions made this an unforgettable experience. Looking forward to more impactful conversations and collaborations as we take these insights forward! Pascal Maillot | Oscar Diez | Thomas Ferré | Dr. Barbara Wellmann

At Quobly we highlight the collaborative effort needed to build a fault-tolerant #FTQC quantum computer. 👍

🤝 Scaling quantum technology through collaboration 🤝 ⚛️ Quobly is thrilled to announce our collaboration with AEM Semiconductors and Bluefors to build a professional high throughput characterization chain for quantum processor unit (QPU) development and production. ❄️ As we move toward commercial-scale quantum computing, cryogenic cooling is a critical enabler for QPU production and testing. Bluefors and AEM are uniquely positioned to play a determining role in this essential cryogenic equipment chain, ensuring reliability, precision, and scalability. Their expertise in high-throughput solutions aligns perfectly with Quobly's mission to industrialize quantum computing. 🔬 At Quobly, we are focused on designing QPUs that will require commercial-grade testing to handle the large volumes of processors expected to come out of commercial fabs. We trust Bluefors and AEM Semiconductors as professional partners in this ambitious goal, knowing they share our dedication to quality and scalability. Together, we’re building the future of quantum technologies—reliable, scalable, and ready for real-world impact. #QuantumComputing #Collaboration #DeepTech #Innovation #Cryogenics #QuantumProcessors #Scaling Jorge Mercado | Aki Junes | Pasi Aaltonen | @Juha Vikstedt | Nicolas Daval | Bruna Cardoso Paz | Johan Pelloux-Prayer | Minalogic | Invest In Grenoble Alpes | HLF - High Level Forum