After experimentally proven in 2004 that a two-dimensional structure of atomic-thick carbon could exist, many researchers have published countless results related to graphene in a very short period of less than 10 years. The research contents cover a wide range of academic fields, from basic research related to the unique and diverse electrical, optical, and mechanical properties of graphene to applied research such as the development of electrical and photoelectric devices using graphene.
  Continuous research on basic graphene and applied technology is a flexible memory that can simultaneously change the future science and technology paradigm and social culture paradigm, ultra-fast transistors, flexible solar cells, organic light-emitting devices, flexible touch screens, high-efficiency photodetectors, and optical lasers. , Flexible photoelectric integrated circuit system, and other new concept electronic devices and photoelectric devices.