This Tiny Pocket Drone Flies for Two Hours With a Thin Wire Tether
The micro filament keeps the mini-drone powered and also sends back video without any lag.
The micro filament keeps the mini-drone powered and also sends back video without any lag.
Jabbing a steel needle into your flesh is not ever going to be fun, per se, but scientists have found a way to make it hurt a lot less.
Researchers in Japan may have come up with a breakthrough to overcome some of obstacles experienced by electric cars by powering them with short-range radio waves.
Duke University has developed a 250-megapixel camera that will help earlier detect skin cancers.
That means it would charge an entire electric car in just 15 minutes.
They say it could save lives, which makes sense, because fire.
This graph shows that US Presidents' speeches have become dumber over time. Is it a coincidence that the graph takes a deep dive around the time of George Dubya's term in office?
Dozens of researchers presented the future of UI design at the 27th Software and Technology Symposium; here are the best.
'Grid cells' coordinate longitude and latitude, nab trio $1.1m prize.
Microsoft's research division has found a way to perfectly track and mimic a highly articulated human hand using only the Xbox's Kinect.
Hopefully all these superpowers can come to a Surface Pro stylus near you.
It's an amazing thin transparent film called FlexSense that will let us interact with tablets and e-readers in fascinating new ways.
Microsoft Research proposes that dimming parts of the display already obscured by the user's fingers could be great for power-saving.
Say goodbye to bulky oxygen tanks.
This team created an optical setup that bends light waves around a small object.
A Princeton engineer has found a cheap new way of making LEDs brighter, more efficient, and five times as clear. It even makes them last longer.
