Artist Gustav Metzger hooked his brain up to a robotic sculpting machine that carved based on his thoughts. Then he tried desperately to think about nothing.
Dozens of feet below the surface of Antarctica in an environment inhospitable to most life, a diverse colony of microbes is flourishing.
FIPEL technology produces the soft, white light our eyes crave without that annoying fluorescent hum.
University of Warwick researchers have developed a new material that is conductive, piezoresistant, and printable in the latest generation of consumer 3-D printers.
Next-gen combat fatigues could incorporate a new kind of breathable fabric that instantly turns into a protective shell in the presence of chemical or biological threats.
By "tagging" the ideal shot through the rifle scope before firing, shooters may never miss again.
The 'temperature-tolerant chocolate' stays solid at temperatures that would turn conventional chocolate into a gooey mess.
The 'biggest breakthrough since the jet' could reach anywhere in the world in just four hours or power a spaceplane into orbit with no need for rocket stages.
Britain's Environmental Agency is taking a keen interest in housing technology that embraces flooding rather than fights it.
A new three-year study shows students learn mathematics faster and more effectively when their real desktops are more like multi-user virtual desktops.
Or maybe an aerial drone. The LA Auto Show's annual Design Challenge suggests the patrol car of the future is optionally manned, self-driving, and armed with autonomous robots.
How do we know the sun is moving into the most active part of its 11-year cycle? For starters, we can plainly see it.
A mixture of plain water, nanoparticles, and sunlight can convert water into steam without ever even bringing it to a boil
Kappa And b could be a super-Jupiter, or it could be a brown dwarf--the exoplanet orbiting a nearby star is so big scientists aren't quite sure what to call it.
The problem with the backseat--really with the whole rear of the car--is that it’s in your way when you’re trying to reverse. So researchers at Keio University in Japan have applied optical camouflage technology to automobiles, making the back seat appear transparent so the driver can see straight through it when backing up.