If the future of graphene can trigger a sensation in the electronics industry, it is most likely to appear in the form of "nanobelt." The narrowness of graphene nanoribbons determines their electronic properties: narrow nanoribbons can be used as semiconductor materials, while relatively wider nanoribbons can be used as conductors. This essentially provides scientists with a relatively simple method of making artificial energy gaps for graphene. (The so-called energy gap, which can be simply understood as the gap between the graphene nanoribbons)
As early as last summer, some research organizations claimed that a method of making graphene nanoribbons from the bottom up has been developed, which can be applied both in the manufacture of semiconductors and further in the production of conductors.
Now, graphene nanoribbons have been mass-produced and applied to electronic components. Moreover, an international team at the Advanced Materials Research Institute at Tohoku University in Japan has demonstrated that the graphene nanoribbons can be tail-tailed and interconnected to form a bent tube structure. The researchers believe that the progress of this research for the application of high-performance low-power nano-scale electronic components, has played a very crucial role in promoting.
Dr. Patrick Han, Project Leader, preached at the conference: "At present, the problem we have encountered in producing graphene nanoribbons is how to connect them to each other at the molecular level. Also, There are also many obstacles that unknown variables have when moving between nanoribbons.The key to the research now is to design a junction that allows electrons to flow freely between the nanoribbons.
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