Photonic Graphene Transparent Electrode
![Graphene Diagram](/sites/thinfilm/files/styles/1_1_placeholder_/public/images/2022/f1r.png?h=b1df0f0f&itok=V7VW1xpt)
Graphene Diagram
![Surface Profile](/sites/thinfilm/files/styles/1_1_placeholder_/public/images/2022/f2r.png?h=421c2e39&itok=-wg-k0wL)
Surface Profile
![Graphene Doping Diagram](/sites/thinfilm/files/styles/1_1_placeholder_/public/images/2022/f3r.png?h=afdc3185&itok=6xpWLcWB)
Graphene Doping Diagram
Electron Microscope Plasmonic Au Graphene
This research has been focused on the development of graphene transparent conductors and related electronic as well as optoelectronics devices, such as FET, graphene photodetector. Most recently, we developed transparent conductors of graphene nanohole array (Figure 1) with tunable transmittance and conductance and plasmonic graphene (Figure 2) in which the surface plasmonic effect has been incorporated.
![Electron Microscope Plasmonic Au Graphene](/sites/thinfilm/files/images/2022/f4r.png)