SHAPING FUTURE
Leading research excellence
in the Basque science and
technology network.
2025, International Year of Quantum Science and Technology
Our drive for growth knows no limits
Since 2007
Published by Ikerbasque researchers in indexed publications
Created by Ikerbasque researchers
Obtained by Ikerbasque researchers
Mentored in 2024
Published by Ikerbasque researchers in indexed publications.
Working in research groups led by Ikerbasque.
With external funding in which our researchers participate.
Total funds obtained from competitive calls in 2023.
Led by Ikerbasque researchers in 2023.
Every result reflects a mindset
Basque center for neurosciences
Marine and food innovation
Basque centre for climate change
Basque center for applied mathematics
Basque center on cognition brain and language
Basque center for materials, applications & nanostructures
Health Research Institute
Health Research Institute
Basque centre for biophysics
Health Research Institute
Center for cooperative research in biosciences
Center for cooperative research in biomaterials
Energy cooperative research center
Nanoscience cooperative research center
Materials physics center
University of Deusto
Donostia international physics center
Institute for democratic governance
Law&Society: Socio-legal studies
University of Mondragon
Basque Institute for Agricultural Research and Development
Basque center for macromolecular design and engineering
Technology corporation
University of Navarra
University of the Basque Country
Experience and boldness unite to expand knowledge
300 researchers will work on the study of:
San Sebastian will host the IBM-Euskadi Quantum Computational Center, the facility where IBM's new quantum computer will be located.
Ikerbasque participates in the development of the Ikur 2030 strategy, led by the Department of Science, Universities, and Innovation of the Basque Government.
Development of advanced diagnostics and therapies for the treatment of neurological diseases and other disorders.
Development of cutting-edge scientific advancements to promote the applicability of quantum technologies.
Use of neutron science applied to the characterization and study of materials. Research in neutronics with high scientific discovery potential.
Use and expansion of the performance of leading supercomputing infrastructures. Intensive use of Artificial Intelligence as a key tool for scientific progress.
Projects that challenge the challenges themselves