It’s so interesting to watch the magic material that is graphene get made, because you can’t really see a damn thing. It’s totally transparent and only one atom thick, so it’s basically creating invisibility with the help of other materials.
We’ve all noticed how those last few Cheerios in the cereal bowl seem to cluster together in the center and along the edges. It’s called the “Cheerios effect.” Now an international team of physicists has discovered a reverse Cheerios effect. They described their results in a new paper in the Proceedings of the…
A lot of fresh fruit and vegetables spoil between the farm and your mouth. But a team of Tufts University researchers has developed a silk coating that could help keep fruit from turning without the need for refrigeration.
Welcome to the Wikkelhouse, a building that’s made not from concrete, brick or wood—but cardboard.
You can thank the guys toiling in this pictures for the fact that you don’t have to change your tires very often: They’re mining sulfur, which is mainly used to vulcanize rubber and make it more durable.
It’s tough. It’s thick. It’s brown. It’s a lot like leather—but in fact this new material is made in the lab using leftovers from a brew of kombucha tea.
Water’s just plain old water, right? Not when you trap it inside a tiny channel, it seems, because then it behaves like no other solid, liquid or gas.
As a civilization we are blanketing our planet with plastic. One of the most frightening illustrations of this fact is a prediction that by 2050, our oceans will contain more plastic than fish. Amazingly, a smart solution for reducing our reliance on plastic, and protecting marine life, could come from those very…
Several years ago, scientists calculated the properties of an exotic form of carbon—called Carbyne—and found that it promised more strength and stiffness than any other known material. Now, it’s finally been made in a stable form inside an Austrian lab.
Your shirts may yet be spared your clumsy eating. A team of scientists has created a new kind of super slippery coating called X-SLIPS that can shed all kinds of water- and oil-based products—like ketchup and mustard!
Fancy treating yourself? The world’s largest ever blue diamond is going up for auction on May 18th at Christie’s in Geneva. But you better have a healthy bank balance: It’s expected to sell for somewhere in the region of $45 million.
Metallic foams are often used to provide high strength with low weight. But a new series of experiments reveals that they’re far better at providing protection from heat than their solid counterparts, too.
Washing clothes is boring; being outside in the sun is fun. So this new kind of fabric, which uses light to degrade the organic compounds that make up your filth, can’t be turned into clothes fast enough.
Screwing up a nice flat sheet of paper is usually a sign of failure—but if the material’s graphene, it may be a good idea. Researchers have shown that crumpling the carbon-based material can actually provide it with some impressive new properties.
Pull this small tile outwards and it doesn’t shorten in the other dimension like a normal piece of material. Instead, its Islamic-inspired pattern twists and deforms so that it can grown in both directions.
Imagine if instead of painstakingly creating computer chips using complex nanoscale engineering you could simply let raw materials assemble themselves into the same structure from the molecule up. These self-assmebling nanowires could be first step in that direction.
Cutting large lumps of aerospace-grade metals can be hard work. So GE has developed a tool called Blue Arc which uses a high-speed beam of electrons to cut through titanium alloy 15 times faster than other techniques.
A team of scientists has created the world’s thinnest ever folds in a sheet of graphene, taking origami to the atomic scale.