HQI offers a hybrid quantum-HPC computing platform that integrates diverse quantum technologies with high-performance computing resources. This platform enables researchers and industrial users to tackle complex computational challenges in fields like chemistry and materials science, accelerating scientific discovery.
Funding
Funding not disclosed
Founders
Product
Problem
Solving complex computational problems in fields like chemistry, optimization, and materials science often exceeds the capabilities of classical high-performance computing (HPC) systems. This limitation hinders scientific discovery and the development of advanced technologies.
Solution
HQI provides a hybrid quantum-HPC computing platform and a dedicated research program designed to bridge this gap. The initiative integrates various quantum computing technologies with existing HPC infrastructure, such as the Joliot-Curie supercomputer. This allows researchers and industrial users to explore the potential of quantum computing for their specific applications in a publicly accessible environment. The program also fosters open research and facilitates international collaborations to advance the field of quantum computing.
Target Audience
The primary users are academic researchers and industrial entities seeking to evaluate and leverage quantum computing for complex problem-solving across scientific and technological domains.
Features
- Hybrid computing platform combining quantum processors with HPC resources.
- Access to diverse quantum computing technologies, including photonic and neutral atom systems.
- Integration with the Joliot-Curie supercomputer for enhanced computational power.
- National network of "Maisons du Quantique" for regional support and dissemination of quantum computing expertise.
- Research program focused on developing quantum software, libraries, and use cases across various industry verticals.
- Support for open research and international collaboration in quantum computing.
- Provision of emulation environments and analog quantum computing systems.