Breaking News
Grow Unlimited Protein In A Trash Can. No Soil. No Sunlight. The 5 Min Setup.
Why Amish Gardens Never Have Pests -- The One "Stick" Method Corporations Hate.
7 MINUTE BUILD | Off-Grid DIY Underground Earthbag Pantry, Root Cellar, and Storm Shelter
Sedentary Adulthood Increases Biological Stress Levels by Middle Age
Top Tech News
The Pentagon is looking for the SpaceX of the ocean.
Major milestone by 3D printing an artificial cornea using a specialized "bioink"...
Scientists at Rice University have developed an exciting new two-dimensional carbon material...
Footage recorded by hashtag#Meta's AI smart glasses is sent to offshore contractors...
ELON MUSK: "With something like Neuralink… we effectively become maybe one with the AI."
DARPA Launches New Program Generative Optogenetics, GO,...
Anthropic Outpaces OpenAI Revenue 10X, Pentagon vs. Dario, Agents Rent Humans | #234
Ordering a Tiny House from China, what's the real COST?
New video may offer glimpse of secret F-47 fighter
Donut Lab's Solid-State Battery Charges Fast. But Experts Still Have Questions
Scientists Discover Hundreds of 2D Materials That Could Be The Next Graphene
Part of what makes graphene so fantastically useful is its amazing thinness – it's just one atom thick.
Scientists have now found hundreds of other materials that are equally thin, providing a wide selection of new materials with perhaps as much potential as graphene.
The team analysed data in open resources including the Crystallography Open Database, looking for materials with structural similarities to graphene with the help of a custom computer program.
They were looking for materials with strong chemical bonds along one plane – the 2D atom layer – and relatively weak non-chemical action along the perpendicular plane. It's this combination that lets us peel sheets of graphene from graphite.
Starting off with a pool of over 100,000 crystal structures, the team from the École Polytechnique Fédérale de Lausanne in Switzerland was able to narrow down the selection to 1,825 compounds with the potential to form sheets just a single atom thick.