Scientists say that the key to the next generation of low-energy computers may be to provide electrons that do not obey rules and move vertically to the applied electric field. Researchers from the University of Manchester and Massachusetts Institute of Technology describe the transfer of electrons from a controllable perspective. The application area is similar to the material that drives sailboats along diagonal winds. The material is graphene-carbon, but there is a difference in the thickness of the wire mesh. It is by placing it on top of boron nitride, also known as "white graphite", and then aligning the lattice of two materials into a new so-called superlattice state. Automatic Insulating Glass Gas Filling Production Line
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Graphene superlattices behave as semiconductors relative to metal graphene. In the original graphene, the charge carrier behaves like a massless neutrino moving at the speed of light and has an electronic charge. Although it is an excellent conductor, graphene is not very convenient for switching and turning off the current which is what kind of transistor does the heart of. The electrons in the graphene superlattice are different and appear to have acquired a significant number of neutrinos. Discovered at the Massachusetts Institute of Technology in Manchester. In relativistic behaviors, electrons can now be tilted to apply fields at large angles