Supermaterial graphene is among the world's strongest, thinnest, and most flexible substances, and, according to a newly published scientific paper, it can now be made using a standard kitchen blender.
Looks like there's a new candidate for most awesome supermaterial in town. Dentists may soon start fighting bone loss by covering our teeth in itty bitty nanodiamonds, making repairing teeth quicker, cheaper, and much less painful.
Move over graphene; get outta here diamond. There's a new carbon supermaterial in town, and it's stronger and stiffer than either of you.
When a bomb explodes, you can't outmaneuver it; you probably can't even take cover quickly enough to protect yourself. Instead, you have to hope that there's something—anything—already in the way that can shield you from the blast. Here are five of the best future bomb-proof materials that could end up saving lives in…
The world's hottest new supermaterial isn't as fancy as you might think; in fact, it's produced by feeding wood pulp to algae. The result, nanocellulose, is amazingly light, super-strong, and conducts electricity. That versatility lends it to plenty of fantastic possible applications. Here are some of the most…
La producción de biocombustible sostenibles logró un progreso importante estos últimos días cuando científicos anunciaron un avance que podría transformar la manera en que se producen.
Picture a metal that's so clever it can be blown into a mold like plastic materials, then think of the amazing gadgets that could be crafted from it—things that make Apple's unibody Macs look like child's play.
Putting the right kind of strain on a patch of graphene can make super-strong pseudo-magnetic fields, a new study says. The finding sheds new light on the properties of electromagnetism, not to mention the odd properties of graphene.