Scientists in our country realize atomic graphene controllable folding of the world for the first time

Use change to construction of some features, such as quantum devices, the application will have important significance for the future, such as quantum computation and so on. Member of Chinese Academy of Sciences hong-jun gao: this is a nano scanning probe, how to endure 3 arena back we turn through the probe to manipulate graphene, graphene is double crystal structure, the double SPAR ink after folding, can form the heterojunction. Based on the atomic precision & other; Origami & throughout; , but also can be folded the other new two-dimensional atomic crystal materials and laminated structure of the complex, and the preparation of the functional nano structure and quantum devices. The heterojunction itself if made device, China where silicon production it is a very has the application prospect of quantum devices. The results today ( 6) In the international academic periodicals of the journal science. Member of Chinese Academy of Sciences hong-jun gao: after folding, photovoltaic panel mounting bracket picture of these new two-dimensional atomic crystal materials become possible by no superconductivity ( A) Superconducting properties, no magnetic can become magnetic. At present in a single atomic level precision to construct and control based on low-dimensional carbon nano-structures of graphene is still there is a huge challenge. Electromagnetic steam generator manufacturers have learned, the results of the study is currently the world's smallest size graphene controllable folding. Electromagnetic steam generator manufacturer the central radio and television reception desk CCTV news on September 6, the client, after years of research, photovoltaic panel mounting bracket pictures scientists in our country in the world for the first time the atomic precision control of graphene fold, how to endure 3 arena back this is currently the world's smallest size graphene fold, to construct quantum materials and devices, etc. It is of great significance. Explore new low-dimensional carbon nanometer materials and their novel physical properties is one of the world's cutting-edge scientific problems, new energy industry do related research has twice won the Nobel Prize. Through research, the new energy industry to do a good team, institute of physics, Chinese Academy of Sciences for the first time for graphene nanostructures of atomic precision, on-demand customized controllable fold, where China silicon production build out a new type of quasi three dimensional graphene nanostructures.