Quantum Computing

Quantum computing harnesses unique properties that classical computers lack. Once fully realized, quantum computers will utilize these properties to efficiently solve scientific and technological challenges that are beyond the reach of today’s most powerful supercomputers.

The Basque research ecosystem in Quantum Computing is consolidating its position as a European benchmark thanks to the collaboration between universities, technology centres and companies. The lines of research focus on the development of quantum algorithms, with applications in optimisation, simulation and automatic learning, as well as on the design of efficient quantum software and error mitigation strategies. In addition, the Basque Country promotes research in quantum hardware, exploring platforms such as superconductors, ion traps and quantum photonics, with advances in error correction and scalability.

Applications of Quantum Computing in materials science and quantum chemistry are enabling advances in catalysis and the design of new materials, while in quantum security, post-quantum cryptography and secure quantum communication protocols are being developed. Furthermore, the integration of quantum computing with HPC (High Performance Computing) aims to enhance its impact in strategic sectors.