Nano/Materials Science is an interdisciplinary research
area that needs a broad range of expertise and challenge
in material synthesis and characterization. The key to the
success in Nano/Materials Science lies in the basic understanding
of how to tailor the compositions and nanoscale structures
of the new materials, and how to make nanojunctions that
interconnect nanocomponents. Our program aims to devise
new concepts of nanojunctions, design materials with target
properties, synthesize these materials, and fabricate nanoscale
devices with specific functions. The focus is placed on
the rational synthesis of new functional materials using
a large array of existing and novel synthetic methods and
the application of self-assembled synthesis to the fabrication
of nanoscale molecular devices.
Nano/Materials Science is an interdisciplinary research
area that needs a broad range of expertise and challenge
in material synthesis and characterization. The key to the
success in Nano/Materials Science lies in the basic understanding
of how to tailor the compositions and nanoscale structures
of the new materials, and how to make nanojunctions that
interconnect nanocomponents. Our program aims to devise
new concepts of nanojunctions, design materials with target
properties, synthesize these materials, and fabricate nanoscale
devices with specific functions. The focus is placed on
the rational synthesis of new functional materials using
a large array of existing and novel synthetic methods and
the application of self-assembled synthesis to the fabrication
of nanoscale molecular devices. 
