Research topics
- Advanced Electronic Materials
Studying how electrons behave in new materials to develop better semiconductors, sensors, and energy devices. - Nanoscale and Surface Science
Investigating materials at the atomic scale to understand surface interactions, crucial for nanotechnology and catalysis. - Semiconductor Physics
Exploring the properties of materials used in electronics, including how defects and impurities affect performance. - Optical and Photonic Materials
Researching how materials interact with light, with applications in lasers, fiber optics, and solar cells. - Synchrotron X-ray Science
Using powerful X-ray beams to probe the internal structure of materials at the atomic level. - Materials Under Extreme Conditions
Studying how materials behave under high pressure, temperature, or shock—important for aerospace, defense, and planetary science. - Quantum Materials and Phenomena
Exploring materials where quantum effects dominate, such as superconductors and topological insulators. - Computational Materials Physics
Using simulations and modeling to predict material behavior and guide experimental research. - Disordered and Amorphous Solids
Investigating materials without a regular crystal structure, like glasses and polymers. - Magnetic and Electronic Properties of Solids
Understanding how electrons and magnetic fields interact in solids, which is key for data storage and spintronics.