Don't worry, scientists are using their powers for good when they harness lightning in a lab to destroy concrete. The lightning zap breaks up the rubble into its core components without all the environmental mess created by shredding it.
Video chat was supposed to be the future, but even a celebrity-endorsed service like Airtime is failing to woo the masses. Bandwidth and hardware aren't the problem, so maybe it's the notion of having to be "camera ready" that's stalling the space. Docomo's new video chat glasses may offer a solution.
Surgeons study long and hard to perfect their technique, but one thing they can't control is the microscopic shifts that exist in even the steadiest of hands. Researchers have tackled this problem by creating a surgical tool that compensates for these shifts.
DARPA-sponsored research projects are usually pretty crazy, and so is this one: a group of researchers have created electronic systems that can totally dissolve in liquid after they're no longer needed, even inside the human body.
The science of holography has taken a big leap forward thanks to tiny carbon nanotubes. Scientists at Cambridge University have used carbon nanotubes to generate the smallest hologram pixels ever created. The small size is key, because the smaller the pixel, the higher the resolution of the hologram and the wider the field of view.
Microsoft's been scooping up patents lately, but my personal favorite is the one that allows you to beat the hell out of your phone to make it shut up. Because that's exactly what its newest idea is.
It might be time to get Gattaca-level paranoid about leaving your DNA all over the place, as geneticists are getting closer to being able to determine what your face looks like simply by analyzing your genetic code.
Half motorcycle, half car and all electric, the C-1 by Lit Motors is the world's first gyroscopically stabilized EV. Designed and built from scratch, the C-1 is a fresh look for an electric vehicle, one that smashes perceptions and industry benchmarks to boot.
The days of electronic circuitry with stiff circuit boards are a thing of the past; stretchable electronics are taking over. We already saw microelectronics used in sutures to monitor for infection, and now stretchable skin with microelectronics for monitoring health conditions is readying for a debut.
We've seen futuristic airport ideas for London before, and now here's a proposal to create a floating airport on the surface of London's River Thames Estuary. The proposed "London Britannia Airport" would not be built on reclaimed land added to the center of the river, but rather with buildings and runways tethered to the seabed.