Quantum Computing Research Initiative
Advancing quantum technologies and applications for the next generation of computation.
Discover Our WorkAdvancing quantum technologies and applications for the next generation of computation.
Discover Our WorkOur quantum computing initiative focuses on breakthroughs in algorithm design, quantum hardware optimization, and error-correction protocols. With 12 active research labs across the globe, we're developing solutions that address the most pressing challenges in quantum physics, material science, and computational complexity.
Our labs have achieved 128-qubit stable systems with error rates below 0.01 errors per gate, demonstrating practical quantum advantage for specific problem sets in material science simulations.
Collaborative research centers in 9 countries working on quantum information theory, qubit coherence, and photonic quantum computing with 700+ researchers and engineers.
Development of novel quantum machine learning models for drug discovery with demonstrated 4000x speedup for molecular simulations compared to classical HPC systems.
We've optimized surface code implementations to achieve 99.999% logical qubit accuracy through real-time error detection and mitigation techniques that reduce decoherence effects by 74%.
Our new superconducting qubit arrays feature 98% gate fidelity and 10,000x increase in operational stability through innovative cryogenic system design and photonic interconnect optimization.
Our open collaboration model brings together academic, industry, and governmental partners to accelerate quantum technology development. Current priorities include:
Collaborative projects with pharmaceutical companies to model complex molecular interactions that are intractable for classical computers.
Developing hybrid quantum-classical algorithms for pattern recognition applications in financial modeling and climate prediction.
Creating quantum key distribution systems and testing large-scale quantum cryptographic networks for next-generation secure communications.
Labs
23 research facilities
Countries
19 represented
Publications
1892+ peer-reviewed
Funders
15 participating
Researchers
932 experts
Pilot Programs
43 deployed
Last conference: August 2025, Geneva
Participate in our open innovation program to advance quantum computing research and development.