Photoinduced surface chemistry

A comprehensive understanding of the basic mechanisms and dynamics behind photoinduced surface chemistry is indispensable for the advancement of photo or photon-based sciences and technologies. Recent investigations into the mechanisms and dynamics of molecules adsorbed on photostimulated metal surfaces and the characterization of electronically excited molecules included within restricted molecular environments such as zeolite cavities have provided many useful applications for the control of photochemical surface reactions. Significantly and in practical terms, environmental applications of photocatalysis to design systems which will reduce toxic agents in the atmosphere and in water as well as operate effectively and efficiently under visible light will have profound implications for the future of this planet.