Our research group is interested in novel nanomaterials and processing techniques for energy and electronic applications. The research area ranges from the materials synthesis to the device physics. In materials end, we are developing novel organic conjugated materials including conducting polymers, nano-scale carbon materials and metal oxides. We apply the new materials to the devices such as polymer solar cells, dye-sensitized solar cells, thermoelectrics, supercapacitors, transparent electrodes, sensors etc while exploring the structure/property relations. We also study actively for the novel processing methods of the nanomaterials to facilitate their practical uses. We are particularly interested in electro-spinning (spraying) techniques which can prepare a range of nanostructures of various materials.

  What are the fundamental issues to optimize the properties of materials for energy and electronic devices?
  How the chemical structures and nanostructures of the materials are influence on their optical, electrical, and
-  electrochemical properties?
  What are the novel strategies and materials to be breakthrough technologies in the field of energy
   and nano-electronics?


Please visit our Research page for more details regarding our research activities.



New Group Member-Spring Semester 2017
Congratulation to Zico Alaia Akbar Jr for get...
Congratulation! To our lab for getting Minist...
Congratulation! To our lab for getting BK-21 ...
Congratulation! To Park Hye Yun for postdocto...
New Group Member (Jin-Hyun Kang)
New Group Memeber (Bo-Eun Lim)
 
Spring Semester 2018 Intake-Open Positions
Opportunity for Graduate Students Applicants-...
Combined Degree and Doctoral Degree Scholarsh...
Open positions for graduate students and post...
For international applicants
UROP program for Undergraduate students
[09/01/2011] Open positions


Energy & Nanoelectronic Materials Group, Department of Chemistry, Kookmin University,
861-1, Jeongneung-Dong, Seongbuk-Gu, Seoul 136-720, Republic of Korea, Tel:82-2-910-5583

All Rights Reserved 2011. Energy & Nanoelectronic Materials Group