Pasqal Thoughts 2026, the company’s top yearly event, drew over 150 corporate, academic, government, and finance experts. Pasqal is a global pioneer in neutral-atom quantum computing. Attendees from more than ten nations came to the same conclusion, quantum computing has effectively moved from a theoretical research endeavor to an operational instrument for practical application.
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Operational Excellence and the CEO’s Vision
The CEO of Pasqal, Wasiq Bokhari, gave a stirring speech to kick off the event, challenging the idea that quantum technology is still a “future” idea. “The discussions at Pasqal Thoughts 2026 make one thing very evident, quantum computing is no longer a technology of the far future; it is becoming an operational tool for solving real business, industrial, and scientific challenges today,” Bokhari said.
As was made clear during the talks, Pasqal’s goal is to work with supercomputing facilities and international businesses to lay the groundwork for large-scale, useful quantum computing. The company’s recent statement that it plans to go public through a business combination with Bleichroeder Acquisition Corp. II, a move that indicates the industrial maturity of the industry, supports this shift.
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Bridging the Gap: Real-World Use Cases
The event’s main focus was on the concrete benefits Pasqal is already providing to its more than 25 clients. Financial institutions, which have long been seen as leading the way in the use of quantum technology, offered in-depth insights on present applications. One important partner, Crédit Agricole CIB, demonstrated how they apply quantum methods for fraud detection, derivatives pricing, and portfolio optimization.
The immediacy of the technology was highlighted by Pierre Dulon, Global Head of the Technology Sector at Crédit Agricole CIB. “Working with Pasqal has demonstrated to us that quantum computing is already applicable to specific financial use cases, such as portfolio optimization and credit-risk monitoring,” Dulon said. Thales, EDF, and Links Foundation leaders discussed satellite constellation mission planning, complex energy system optimization, and telecommunications resource allocation from this perspective. Pasqal has also worked with True Nexus to create next-generation food proteins using similar computational capabilities, demonstrating the technology’s cross-sectoral reach.
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Technical Milestones and the Road to 1,000 Qubits
Pasqal showed its end-to-end full-stack platform and 2025 innovations including logical qubits. Scaling its processors to 1,000 qubits is the main goal of the company’s expedited plan. Their “clear path” to fault-tolerant quantum computing, which is necessary to solve the most challenging computational tasks in the world error-free, depends heavily on this scaling.
Quantum-Centric Supercomputing and Hybrid Infrastructure
Adding quantum computers to HPC systems was a priority. European HPC centers like GENCI and CINECA reported on the HPCQS hybrid project. The European HPC Joint Undertaking and the Italian Ministry of University and Research are co-funding this project, which attempts to integrate Pasqal’s systems into traditional HPC workflows.
IBM’s Paco Martin talked about the creation of the Quantum Resource Management Interface (QRMI) to further this integration. This interface is intended to coordinate resources among various AI accelerators, classical clusters, and quantum architectures in common settings such as SLURM. IBM envisions a “quantum-centric supercomputing environment” in which quantum and classical resources cooperate.
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The Convergence of Quantum and AI
The event also brought attention to how artificial intelligence and quantum computing interact. Emerging hybrid quantum-classical architectures were discussed, and industry titan NVIDIA took part. An excellent illustration of this synergy is Pasqal’s most recent integration with NVIDIA CUDA-Q, which aims to improve hybrid environments for HPC customers. These partnerships are intended to open up new ways to tackle enormous computational problems that neither classical nor quantum systems could handle on their own.
Global Ecosystem and Future Outlook
Pasqal Thoughts 2026 emphasized that international cooperation is essential for the future. P33 Chicago, Institut quantique at Université de Sherbrooke, and representatives from Los Alamos National Laboratory stressed the importance of cross-border coordination between domain experts and hardware engineers. The development of hybrid algorithms and user adoption services for Canada’s expanding quantum ecosystem were notably highlighted by PINQ2.
Since its establishment in 2019, Pasqal has expanded to employ more than 275 individuals and has raised a total of more than USD 300 million. Pasqal is establishing itself as the principal industrializer of Nobel Prize-winning research, with its headquarters located in France and a clientele that includes CMA CGM, OVHcloud, and Sumitomo. The Paris event is a significant milestone for the company as it approaches its public offering, demonstrating that scalable, useful quantum computing is now a reality for this decade rather than an aspiration for the next.
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