Quantum Materials

Quantum materials research bridges a wide range of fields, integrating theory, experiments, and fabrication to understand and utilize these unique properties for scientific applications, such as aircraft development and scientific optical tools.

The Basque Quantum Materials research ecosystem is developing advances in superconductors, two-dimensional materials and topological systems with applications in computing, telecommunications and energy. Materials for quantum computing and communication are being investigated, including semiconductors and defects in diamonds for quantum sensors. In addition, topological phenomena, such as topological insulators and Majorana fermions, are studied, with potential for more stable and efficient qubits.

Another key line is light-matter interaction and quantum optoelectronics, exploring materials for single photon sources and quantum telecommunication devices. In the field of quantum energy and storage, new materials for advanced batteries and efficient energy conversion are being developed. Furthermore, quantum simulation of materials using quantum computing allows modelling of complex structures and optimisation of their electronic properties.