French Firms Secure Funding for Networked Quantum
The French startups Welinq and Pasqal have secured €4 million in funding from the France 2030 national investment plan. The capital is designated for accelerating the development of networked quantum computing. The project focuses on creating scalable, interconnected quantum architectures suitable for data center integration.
- The France 2030 plan is a €1.8 billion national strategy initiated by the French government to advance quantum technologies, with the goal of placing France among the top three nations in the field globally. - Pasqal specializes in neutral-atom quantum processors and has developed a processor with over 300 atoms, aiming for 1,000-qubit processors in the near future. Their technology uses lasers to trap and manipulate individual atoms to perform quantum computations. - Welinq, a spin-off from Sorbonne University, focuses on quantum interconnects and is developing high-efficiency quantum memories to link multiple quantum processing units (QPUs) together. This is designed to overcome the scaling limitations of individual quantum processors. - The collaboration, named InterQo, will leverage the natively compatible neutral-atom technologies of both companies to create a networked architecture, effectively creating a more powerful quantum computer by entangling qubits across different QPUs. - For fintech, this networked approach to quantum computing could accelerate solutions for complex optimization problems in areas like portfolio management, risk analysis, and fraud detection. - A tangible milestone for the partnership is the development of 10,000-qubit QPUs interconnected with high-fidelity two-qubit gates, projected for the 2026-2027 timeframe. - This initiative is part of a broader European push for technological sovereignty in quantum computing, with Pasqal already deploying QPUs at major high-performance computing centers in Europe. - The Ministry of Defense in France has also awarded contracts to five domestic quantum companies, including Pasqal, in a program called Proqcima, aiming to develop two universal quantum computer prototypes by 2032.
