CESQ’s Maison du Quantique: Accelerating Europe’s Quantum Vision
Quantum computing is often discussed as a monolithic global race, but the real breakthroughs are happening in the trenches of regional innovation hubs, which often aim to bridge applied research and development (R&D) and industrial applications. One such focal point is MaQuEst — la Maison du Quantique Grand Est (the House of Quantum of the Grand Est region) — located in Strasbourg, France, which is quietly positioning itself as a vital node in the French and the European quantum networks.
MaQuEst is a three-year project of the European Center for Quantum Sciences (CESQ), publicly funded by the Region and the HQI (France Hybrid Quantum) initiative to develop and foster the local hybrid quantum computing ecosystem, accelerate technology transfer and quantum industry adoption through industrial use cases, and disseminate the results of the research and development programs. MaQuEst is one of the five Maisons du Quantique, currently present in France. It is aimed at development of quantum and hydride compute applications in its region and benefits from scientific and industrial cooperation with its German, Swiss, and other European partners.
The European Center for Quantum Sciences (CESQ) is a transnational quantum research and education hub of the University of Strasbourg and the CNRS (National Center for Scientific Research).
From March 23–28, 2026, CESQ will host Quantum Week 2026, a gathering of researchers, policy-makers, decision-makers from the industry, startups, and venture and entrepreneurial communities. Each day has a dedicated theme: the week starts with a policy-makers and diversity day, follows by a hackathon where postgradual students will solve real-life challenges using quantum algorithms, than a career day covering professional opportunities and openings in science and industry, followed by the industry day for decision-makers and entrepreneurs and closing with a public day, where people of all ages, including children, are invited to explore what quantum is. The event promises to establish a holistic view on the current state of the quantum ecosystem and launch discussions between science and industry. It aims to bridge the gap between theoretical physics and benchmarks of existing quantum hardware and software, and it strives to drive industrial application in diverse fields as finance and banking, defense and space, chemistry, cloud and data, and many more.
At TechArena, we’ve long argued that the future of the data center isn’t just about more silicon; it’s about a fundamental shift in how we process information. France has positioned itself as a vanguard in this revolution, backed by a €1.8 billion national strategy and a collaborative spirit that is uniquely European. This isn’t just about national pride; it’s about a bold, multi-geo perspective that recognizes that the complexity of quantum challenges requires a diversity of thought and infrastructure.
Central to this ecosystem is Maison du Quantique, a hub designed to accelerate the transition from “quantum curious” to “quantum ready.”
“While we see the increasing number of quantum events, our Quantum Week 2026 is not just another quantum conference. It’s a platform for a gathering of national and European scientific and industrial key players in quantum. It’s also a roadmap for the industrial and entrepreneurial ecosystem for exploration of quantum and hybrid computing and eventual integration of quantum applications and systems into their existing technological, operational, and economic models,” said Lesya Dymyd, business development lead at CESQ. Her work at Maison du Quantique focuses on driving quantum industrial applications and development of use cases across different markets, fostering the hybrid future where quantum units and classical HPC (high-performance computing) work in tandem.
Dymyd’s perspective is critical for our audience: she understands that for quantum to succeed, it must of course reach a certain level of technological maturity. At the same time, it must solve real-world problems in areas like in chemistry, defense, finance, cybersecurity, machine learning, and many others.
“The immediate mid- and long-term goals for quantum applications are to drive scientific discoveries and breakthroughs where classical computing meets its limits. As a result, it must create new economic value and drive competitiveness through innovation by development of new applications, reinvention of businesses, and creation of new markets.”
The upcoming event in Strasbourg serves as a testament to the “Strasbourg Vision,” a commitment to innovation, technology transfer, and startup creation. By bringing together international researchers from Fraunhofer, University of Freiburg, and Interreg partners; industry giants like Thales (defense and aerospace), Merck (chemicals and pharmaceuticals), Euro-Information (banking and finance), and Scaleway (cloud and data) ; and quantum startups like Pasqal, QPerfect, and Invision Imaging, that will join by La French Tech and Bpifrance, stakeholders and investors in the French entrepreneurial ecosystem. Quantum Week 2026 is where the “second quantum revolution” finds its industrial footing.
The need for a multi-geo perspective has never been more urgent. While North America and China dominate headlines and make significant public investments in the domain, the European approach, exemplified by the partnership between France and other European nations, prioritizes an open, collaborative value chain. This model ensures that the innovations developed in labs like CESQ aren’t just scientific curiosities but can be transformed into industrial use cases and one day could become scalable technologies capable of redefining the global tech landscape.
We will be following the developments in MaQuEst closely. In an era where compute is the most valuable resource on earth, understanding the quantum shift isn’t just an option, but a business imperative.
Stay tuned to TechArena.ai for insightful contributions from Lesya Dymyd as she helps our community navigate the horizon of quantum impact.
To learn more about CESQ and the hybrid future of quantum and HPC, check out this podcast.
Quantum computing is often discussed as a monolithic global race, but the real breakthroughs are happening in the trenches of regional innovation hubs, which often aim to bridge applied research and development (R&D) and industrial applications. One such focal point is MaQuEst — la Maison du Quantique Grand Est (the House of Quantum of the Grand Est region) — located in Strasbourg, France, which is quietly positioning itself as a vital node in the French and the European quantum networks.
MaQuEst is a three-year project of the European Center for Quantum Sciences (CESQ), publicly funded by the Region and the HQI (France Hybrid Quantum) initiative to develop and foster the local hybrid quantum computing ecosystem, accelerate technology transfer and quantum industry adoption through industrial use cases, and disseminate the results of the research and development programs. MaQuEst is one of the five Maisons du Quantique, currently present in France. It is aimed at development of quantum and hydride compute applications in its region and benefits from scientific and industrial cooperation with its German, Swiss, and other European partners.
The European Center for Quantum Sciences (CESQ) is a transnational quantum research and education hub of the University of Strasbourg and the CNRS (National Center for Scientific Research).
From March 23–28, 2026, CESQ will host Quantum Week 2026, a gathering of researchers, policy-makers, decision-makers from the industry, startups, and venture and entrepreneurial communities. Each day has a dedicated theme: the week starts with a policy-makers and diversity day, follows by a hackathon where postgradual students will solve real-life challenges using quantum algorithms, than a career day covering professional opportunities and openings in science and industry, followed by the industry day for decision-makers and entrepreneurs and closing with a public day, where people of all ages, including children, are invited to explore what quantum is. The event promises to establish a holistic view on the current state of the quantum ecosystem and launch discussions between science and industry. It aims to bridge the gap between theoretical physics and benchmarks of existing quantum hardware and software, and it strives to drive industrial application in diverse fields as finance and banking, defense and space, chemistry, cloud and data, and many more.
At TechArena, we’ve long argued that the future of the data center isn’t just about more silicon; it’s about a fundamental shift in how we process information. France has positioned itself as a vanguard in this revolution, backed by a €1.8 billion national strategy and a collaborative spirit that is uniquely European. This isn’t just about national pride; it’s about a bold, multi-geo perspective that recognizes that the complexity of quantum challenges requires a diversity of thought and infrastructure.
Central to this ecosystem is Maison du Quantique, a hub designed to accelerate the transition from “quantum curious” to “quantum ready.”
“While we see the increasing number of quantum events, our Quantum Week 2026 is not just another quantum conference. It’s a platform for a gathering of national and European scientific and industrial key players in quantum. It’s also a roadmap for the industrial and entrepreneurial ecosystem for exploration of quantum and hybrid computing and eventual integration of quantum applications and systems into their existing technological, operational, and economic models,” said Lesya Dymyd, business development lead at CESQ. Her work at Maison du Quantique focuses on driving quantum industrial applications and development of use cases across different markets, fostering the hybrid future where quantum units and classical HPC (high-performance computing) work in tandem.
Dymyd’s perspective is critical for our audience: she understands that for quantum to succeed, it must of course reach a certain level of technological maturity. At the same time, it must solve real-world problems in areas like in chemistry, defense, finance, cybersecurity, machine learning, and many others.
“The immediate mid- and long-term goals for quantum applications are to drive scientific discoveries and breakthroughs where classical computing meets its limits. As a result, it must create new economic value and drive competitiveness through innovation by development of new applications, reinvention of businesses, and creation of new markets.”
The upcoming event in Strasbourg serves as a testament to the “Strasbourg Vision,” a commitment to innovation, technology transfer, and startup creation. By bringing together international researchers from Fraunhofer, University of Freiburg, and Interreg partners; industry giants like Thales (defense and aerospace), Merck (chemicals and pharmaceuticals), Euro-Information (banking and finance), and Scaleway (cloud and data) ; and quantum startups like Pasqal, QPerfect, and Invision Imaging, that will join by La French Tech and Bpifrance, stakeholders and investors in the French entrepreneurial ecosystem. Quantum Week 2026 is where the “second quantum revolution” finds its industrial footing.
The need for a multi-geo perspective has never been more urgent. While North America and China dominate headlines and make significant public investments in the domain, the European approach, exemplified by the partnership between France and other European nations, prioritizes an open, collaborative value chain. This model ensures that the innovations developed in labs like CESQ aren’t just scientific curiosities but can be transformed into industrial use cases and one day could become scalable technologies capable of redefining the global tech landscape.
We will be following the developments in MaQuEst closely. In an era where compute is the most valuable resource on earth, understanding the quantum shift isn’t just an option, but a business imperative.
Stay tuned to TechArena.ai for insightful contributions from Lesya Dymyd as she helps our community navigate the horizon of quantum impact.
To learn more about CESQ and the hybrid future of quantum and HPC, check out this podcast.
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