Since 2010, our work focused on the exploration of the metal-to-ligand charge transfer (MLCT) and the intervalence charge-transfer (IVCT) excited state behaviors of the Ru-(aromatic-ligand) type complexes, including:
(1) the first report of the MLCT phosphorescence phenomenon for the type of rutheniumammine-(monodentate-aromatic ligand) complex series;
(2) the reporters for the modeling of spin-orbit coupling mediations of phosphorescence intensity stealing (SOCM-IS) from efficient singlet excited-states focused on the 77K observations of the MLCT Ru-(2,2’-bipyridine) complex series. The expression of SOCM-IS based on the Einstein’s formalism of dipole-allow model and the spin-orbit coupling mechanics;
(3) the phosphorescence excited-state quench model of Ru-(2,2′:6′,2″-terpyridine) chromophore type complexes based on the 77K observations and DFT modeling; and
(4) some work focused on the photo-induced charge-transfer behaviors of the mono-Ru- and multi-Ru-aromatic type complexes.

Applicant must： Be a Master student of university who is outstanding on his or her academic and research performance and has high interest in studying in Taiwan. Have sufficient English language ability to communicate with.