Graphene may be the supermaterial to rule them all—but it turns out you can make it at home. In your kitchen blender. Here’s how.
A team of Chinese scientists did an impossible-sounding thing. They created electricity simply by dragging a droplet of saltwater across a layer of graphene. No big fires, no greenhouse gases, no fuss. They created energy with just a miracle material and one of the most plentiful substances on Earth.
Imagine a future where your contact lenses gave you Predator vision. One day, it might happen, thanks to graphene.
Today’s slim, svelte computers look great. You, on the other hand, look like a total yutz fumbling around to plug a thumb drive into a USB port that’s somehow perpetually upside down. What if saving your data was as easy as slapping a sticky note on your screen? That’s what a design team proposes with this highly theoretical design for paper-thin, sticky memory cards.
Architect Santiago Calatrava has had a tough year. He’s being sued by many, many clients—including his hometown, where an opera house he built is now in shambles. Now, a company selling graphene paint wants to save it.
You’re looking a ribbon of graphene that’s just one atom thick and fifteen atoms wide—and it could help shift data thousands of times faster than anything else currently can.
Man, graphene is shaping up to be a real wonder-material (if it can make it out of the lab
F0r years, scientists have struggled to build graphene-based electronics that could do the same thing as silicon superconductor chips. A new breakthrough from an international team of scientists might just change all that. These geniuses just invented a new form of graphene that’s ten times more conductive.
IBM’s mad scientists have created a graphene-based circuit that’s 10,000 times more powerful than existing alternatives. This radio receiver is so sophisticated and futuristic, in fact, that it can… send a text message to your friends.
As two-dimensional graphene has become one of the most lusted-after materials in science, many have wondered if there might be a 3D counterpart that we could actually build things with. A team of scientists at the Berkeley Lab just offered an affirmative answer. Well, almost.