Three Significant Research Agreements Formalize Quantum Collaboration Between France and Singapore
French Singaporean Quantum Symposium FSQS 2025
With the signing of three new research agreements at the French Singaporean Quantum Symposium (FSQS 2025), France and Singapore have greatly expanded their collaboration in cutting-edge quantum technologies. These collaborations, which expand on ties formed during FSQS 2024, were consolidated at the symposium, which took place in Paris on November 25, 2025. Accelerating quantum discoveries towards practical applications and converting scientific findings into practical, scalable technology are the objectives of this improved bilateral collaboration.
The agreements increase collaboration in important fields such as energy-efficient quantum technologies, quantum photonics, and quantum computer hardware. The Centre national de la recherche scientifique (CNRS) in France, the National Quantum Office (NQO) in Singapore, and Pasqal and Quobly, partners in quantum computing, are important players in these partnerships. The Agency for Science, Technology, and Research (ASTAR) is the host of the NQO.
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Expanding Bilateral Cooperation and Addressing Quantum Error
The partnership enhances the strategic connection between Singapore’s National Quantum Programmers (NQPs), which are intended to hasten the commercialization of innovative research, and CNRS research. Improving quantum computer error correction, a crucial step required for real-world applications, is a major focus of multiple collaborations.
The extension of the current CNRS–NQO Memorandum of Understanding (MoU) was one of the foundational agreements. Joint efforts centered on fault-tolerant architectures and hybrid quantum-classical systems are now part of the enlarged MoU. In order to guarantee dependable quantum systems, it work specifically focuses on quantum error correction. Combining academic research with new quantum sector firms, Prof. Antoine Petit of CNRS, transforms common scientific aspirations into real impact.
Advancing Neutral Atom Processors with Pasqal
The Master Research Collaboration Agreement (MRCA) between Pasqal and Singapore’s NQPs was the second important agreement that was formally established at FSQS 2025. Neutral-atom quantum computing is the area of expertise for Pasqal.
A framework for expediting research and development (R&D) related to the neutral atom array (NAA) platform is established by this MRCA. Three specific areas will be the focus of the collaboration: developing hardware for next-generation CPUs, quantum algorithms, and quantum error correction. This work makes use of Singapore’s national quantum programs as well as Pasqal’s knowledge of neutral-atom processors.
The goal of the research is to increase quantum computation’s precision and effectiveness. These developments are essential for solving challenging optimization problems that now surpass the capability of traditional computers in fields like logistics, industrial processes, resource planning, and materials research. Enhancing scalability and reliability is the main goal of this study.
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Enhancing Silicon Spin-Qubit Technology with Quobly
A Research Collaboration Agreement (RCA) between Quobly and the National Quantum Federated Foundry (NQFF) was the third significant contract that was inked. Quobly is recognized as a silicon spin-qubit business.
The goal of this collaboration is to improve silicon spin-qubit circuits’ efficiency and scalability. The partnership creates a platform known as the “measurement twin.” This platform will make advantage of the NQFF’s sophisticated cryogenic measurement infrastructure to cross-benchmark and characterize silicon spin qubit devices.
Realizing useful quantum computers for early-stage investigations in a variety of domains is the goal of the partnership. These scalable quantum devices may find use in artificial intelligence (AI), financial modelling, and pharmaceutical research. This partnership will result in Quobly establishing a presence in Singapore.
Shared Vision for Tangible Impact and Future Systems
The strategic significance of converting scientific discoveries into real economic and societal effects was emphasized by leaders from both nations. The goal of the collaborative activities is to expedite the creation and evaluation of next-generation quantum systems.
Mr. Ling Keok Tong, Executive Director of the National Quantum Office, said the agreements will enable faster, more energy-efficient, and more reliable quantum technologies. It is anticipated that applications in drug development, financial modelling, new materials, and logistics optimization will greatly benefit from these future systems. The collaborations demonstrate a common goal of developing quantum technologies to promote health, finance, and sustainability.
With talks from Nobel Laureate Prof. Alain Aspect and Prof. Artur Ekert, FSQS 2025 also provided an important forum for discussion, highlighting the fundamental studies advancing quantum computing, communication, and sensing.
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