Meet Lily. I think Lily’s pretty awesome – after all, she’s the world’s first throw-and-shoot camera. All you have to do is throw it in the air, and it just starts following you and shooting. It’s waterproof, it’s compact, it can take both HD photos and videos, and it lands in your hand after flying up to 20 minutes.. Check out
It’s common sense – in order to brush your teeth, you need water, a toothbrush, and toothpaste. Well, a company from Japan wants to change all that: they’ve developed a nanotechnology toothbrush that basically eliminates the need for toothpaste.
Tomorrow’s bridges, tunnels and other engineering structures might be built with a different type of “smart” concrete: Belgian researchers at the University of Ghent have created a self-repairing type of concrete.
A rather surprising study found that graphene’s imperfections can actually be used to improve fuel cell efficiency. Researchers from Northwestern University worked together with scientists of five other institutes to show that defective graphene actually works as the world’s thinnest proton channel—only one atom thick.
The technology of 3D printing has reached an interesting point in its trajectory. It’s been around for years, lots of people know it exists and it has even reached the high street. However, there’s still something of a gap between its promise and the reality, and it looks like the general public are yet to be convinced. So perhaps now is a good time to take stock of 3D printing: its history and its future.
A company called nanoFlowcell has revealed a concept sports car which gets its energy from salt water and can run up to 621 miles on this electricity alone – wow!
Beekeeping can be quite difficult, but thanks to a new invention – it just got a lot easier. Stuart and Cedar Anderson, a father-and-son developed a tap system which allows the honey to be harvested without actually disturbing the bees. The Flow Hive not only reduces bee stress, but also eliminates one of the most laborious and unpleasant activities connected to
The Mantis Shrimp has some of the most amazing eyes in the animal kingdom. Researchers have shown that among others, it is able to detect a variety of cancers and visualize brain activity. Now, scientists from Queensland University have studied how the mantis shrimp’s eyes are superbly tuned to detect polarized light, and literally see cancers. Professor Justin Marshall, from the Queensland Brain
A mixed team of scientists and engineers developed a thin, flexible 4-layer material that autonomously camouflages itself to the surroundings, constantly evaluating the optical surroundings and automatically adapting to them – much like a chameleon or an octopus does. It’s the first system of its kind; it takes it just 1-2 seconds mimic the characteristics of the surroundings, just like the chameleon.
Graphene, the wonder material shows its potential once again: now, using graphene and rubber bands, engineers have created a flexible sensor which has significant medical value and can be made cheaply. You really should know about graphene by now – we’ve written dozens of articles about it just in the past couple of years; but if you don’t, here’s your