1 By using the synchrotron-radiation techniques, study the electronic structures of two-dimensional electron gases (2DEGs) created on various transition-metal oxides and/or chalcogenides. And search for the unique properties of 2DEGs in these materials which may be used for new-generation electronics applications.
2 Apply the knowledge gained from the electronic structures of 2DEG states to other scientific areas, such as the 2D enhancement of thermoelectric effect and photocatalysis process.
3 Extend the study of the substrate-scratch effect on the expitaxial growth of graphene by using the synchrotron-radiation techniques and apply the effect as a technique for making graphene patterns.
4 Investigate the formation of diamondoids on the rhodium (Rh) surface by using the synchrotron-radiation techniques.
