Materials Science and Nanotechnology
Image: Xiaoying Zhang, Joan Ràfols-Ribé
Image: Xiaoying Zhang, Joan Ràfols-Ribé
Our research in Materials Science and Nanotechnology at ͯÑÕÊÓƵ is dedicated to exploring the fundamental principles that govern the interactions of matter and light and electronic and ionic charges at the nano-, micro-, meso- and macroscales to uncover new insights and develop innovative applications in areas such as nano-electronics, photonics, spintronics, electronics, ionics, quantum technology, and energy storage.
Developing optoelectronics based on organic semiconductors, with focus on functionality and sustainability.
Synthesis of new materials, study of their fundamental properties and energy storage applications.
We make the best out of the heterogeneity in nanomaterials.
Studying light-matter interactions and ultrafast phenomena in materials and molecules at the nanoscale
Changes in the the thermodynamic stability of materials and the kinetics of phase transitions and reactions.
We develop luminescent quantum dots and carbon nanodots for advanced applications
Synthesis and characterization of various types of nanomaterials.
Our research groups are driven by a passion for understanding fundamental problems in nanoscience and, more in general, condensed matter physics and to realize functional and sustainable applications. We focus on understanding the quantum mechanical behaviour of materials, developing sustainable optoelectronic and lighting technologies, and creating advanced materials for green energy production and storage. Our work also includes studying the optical, electronic and magnetic properties of nanostructures at ultrafast timescales, exploring the behaviour of materials under extreme conditions, and pioneering new techniques for manipulating molecular properties.