| 초록 |
Graphene has been attracting much attention owing to its fascinating physical properties such as quantum electronic transport, a tunable band gap, extremely high mobility, elasticity, thermal conductivity, mechanical strength and so on. There have been many efforts to utilize these outstanding properties of graphene for macroscopic applications such as transparent conducting films useful for flexible/stretchable electronics. However, the scale and the quality graphene need to be further enhanced for practical applications by developing more efficient synthesis, transfer, and doping methods. In this talk, the recent advances in graphene synthesis and applications will be reviewed including the future directions of graphene researches.[1] S. Bae et al. Nature Nanotech. 5, 574 (2010). [2] K. S. Kim et al. Nature 457, 706 (2009). |
