The Institute of Materials Science of Barcelona is a multidisciplinary, vivid, active and inclusive CSIC research centre located at the UAB campus in the Barcelona area. ICMAB-CSIC is focused on cutting-edge research in functional advanced materials in the fields of ENERGY, ELECTRONICS, HEALTH and application fields yet to imagine. ICMAB is located at the UAB campus in the Barcelona area, and it has been recently awarded the third time in a row seal of excellence “Severo Ochoa” recognizing the top-notch research in Material Science carried out in the institute.

The following hosting offers are currently available in the 2024 call. Click on each one for more details.

1. Dynamical tuning of the thermal conductivity in functional materials. (Dr. Riccardo Rurali)
2. Laser fabrication of carbon-based hybrid materials for energy storage and hydrogen production applications. (Dr. Angel Perez del Pino)
3. Quantum Materials based on Electronic Correlated Systems.(Dr. Gervasi Herranz)
4. New light-induced phase change materials for energy storage. (Dr. David Amabilino)
5. Nano-Engineered High-Temperature Superconductors for functional quantum devices. (Dr. Anna Palau)
6. C. elegans, a tool to elucidate how daily stressors affects us. (Dr. Anna Laromaine)
7. Multiscale simulation of hydrogels for novel cancer (immuno)therapy. (Dr. Jordi Faraudo)
8. The next frontier in green electronics. (Dr. Jaume Gazquez Alabart)
9. Novel biomaterials for 3D cell culture solutions in the fields of cellular therapies and/or cancer organoids. (Dr. Judith Guasch)
10. Exploring Coherent Heat Transport and Thermal Anisotropy in Semiconductors. (Dr. Sebastian Reparaz)
11. Aerographene composites for energy and environmental applications. (Dr. Ana Lopez Periago)
12. SOTOXIDES. (Dr. Benjamin Martinez)
13. MITSPIN. (Dr. Alberto Pomar)
14. Materials for Ice. From climate models to snowmaking. (Dr. Albert Verdaguer Prats)
15. Stable organic radicals for applications in organic electronics. (Dr. Nuria Crivillers)
16. Flexible organic field-effect transistors for sensing applications. (Dr. Marta Mas Torrent)
17. Sustainable Zn batteries. (Dr. Dino Tonti)
18. High-entropy@metal-oxide nanoheterostructures for CO2 reduction. (Dr. Pablo Guardia)