Adam Lee

Biography

My research uses advanced nanotechnologies and surface sensitive techniques to obtain molecular level insight into important surface phenomena including catalysis, biomaterials and alloying. The importance of surface chemistry in everyday life is reflected in the diversity of research undertaken within our group, ranging from designer catalysts for clean chemical synthesis, to improved magnetic materials for high density data storage and even novel antibacterial wound dressings. A particular focus of my research is the rational design of new heterogeneous catalysts for green and sustainable chemistry, and the associated development of cutting-edge instrumental techniques (e.g. operando XAS and time-resolved XPS) for investigating dynamic structural and chemical changes within such catalytically-active materials.

Research Interest

Chemistry