Our research group is interested in exploring the peculiar and fascinating properties of functionally-designed nanomaterials that can be used for efficient transport of electrons and optical excitations, and are thus expected to be critical to the function and integration of nanoscale devices. In particular, we are interested in the synthesis and integration of various types of low-dimensional materials, such as semiconducting 1-dimentional (1D) nanomaterials (typically Si/ZnO/GaN nanowires, nanorods, and tubes), 2D graphene sheets, and 1D-2D hybrids, in which their functions are maximized by the benefits of the unique properties at the nanoscale. We have also achieved diversified nanopatterns by the use of self-assembly and biomimetic organization processes, which is unachievable by current technique. Based on these researches, the next-generation electronic, optoelectronic and energy devices, such as flexible electronics/displays, LEDs, solar cells, secondary batteries, and biomimetic/bio-implantable devices, are being developed. The application fields that our laboratory is investigating nowadays, have a tremendous influence upon the entire departments of cross-industry, and are able to become the fundamental components in the fields of IT, BT, NT, ET, etc.
국가
대한민국
소속기관
한양대학교 (학교)
연락처
02-2220-0504 http://mse.hanyang.ac.kr/park/
책임자
박원일 wipark@hanyang.ac.kr