A new microscopy technique allows scientists to see single-atom-thick boron nitride by making it glow under infrared light.
The nano-IR imaging set-up for studying the moiré graphene lattice. (Courtesy: G Ni) Researchers at the University of California at San Diego (UCSD) are the first to have used infrared nano-imaging to ...
A new atomically precise carbon sheet combines nanoporous graphene and biphenylene stripes, offering controlled ...
Twisted graphene heterostructures detect temperature with 99% accuracy, reduce thermal image errors by 46%, and execute logic ...
Physicists have developed a technique to precisely control the alignment of supermoiré lattices by using a set of golden rules, paving the way for the advancement of next generation moiré quantum ...
A research team at the Institute of Science Tokyo has developed a new computational approach to assess the mechanical behaviour of graphene nanosheets. The technique enables direct measurement of ...
Research shows that atomic-scale strain in WS2 on graphene reshapes exciton energies, highlighting its role in advancing 2D ...
Graphene is the strongest of all materials. On top of that, it is exceptionally good at conducting heat and electrical currents, making it one of the most special and versatile materials we know. For ...
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