FIND Lab. focuses on the followings:
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Synthesis of 2D layered material and heterostructure.
Graphene and other 2D materials have lots of potential for new physics, nano-electronics, especially. We are trying to find new methods for 2D building blocks for electronics devices. So, We produce 2D crystals using the conventional CVD method as well as the advanced photo-thermal method, which can directly synthesize on soft substrate.
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Materials and device characterization.
We perform materials and device characterization to discover novel optical, chemical, electrical and mechanical properties.
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Flexible electronics (Logic device & Sensor)
Flexible electronics have great interests because of their wide availability in wearable devices, soft robotics, and implants. For stretchable electronics, one of the most important and fundamental components is a stretchable conductor. Our lab research aims the development of structural, and intrinsically stretchable conducting materials as a fundamental component for stretchable electronics for the actual use of display, transistors, sensors, and batteries. The materials include metallic hybrid materials which are composed of 0-D, 1-D, 2-D nanomaterials, and stretchable polymer including an organic conductive materials.
