We've seen glowing animals before, but there's no jellyfish DNA in these luminous mice.
Researchers at Princeton University have developed a 3D printer that can print LEDs in layers -- and it could one day print contact lenses that incorporate heads-up displays.
Eye Catcher is an animated work of art that will follow passersby, trying to catch their attention and interaction.
They're too tiny to see, but a new form of light-sensitive nanoparticles could flood the world with solar power.
At less than one micrometer in size, the microscopic nanomotor could revolutionise controlled medical drug delivery.
The Drinkable Book is a guide to safe drinking water -- and the pages can be torn out and used as water filters.
An MIT team has developed a paper stick that could someday be used as an inexpensive and accurate way to detect a range of cancers. It holds particular promise for the developing world.
Princeton researchers say their two-camera approach offers the most detailed footage of a nano-sized particle to date, which could ultimately shed light on how viruses and cells interact.
MIT scientists have created a transparent screen using silver nanoparticles for an augmented reality display.