Rather than one layer at a time, this method creates an entire object all at once, using lasers.
Imagine this, you see something online you just have to have, like a rugged smartphone case emblazoned with your favorite character. You order it and instead of waiting for it to be delivered, your 3D printer fashions it for you, to your exact specifications, in seconds. Why don’t we have this right now? 3D printers can take hours or even days to create an object, making such a scenario difficult to implement.
One researcher called it “the ultimate in the miniaturization of machinery.”
We marvel at movies like Ant Man, Inner Space, and Fantastic Voyage, where someone or something can shrink down to the nanoscale and navigate a microscopic world. Although shrinking something down with some type of laser or energy field is all but impossible today, we are beginning to exact more and more control over tinier and tinier environments.
Imagine data delivered by light. This is an important benchmark toward the development of a whole new computer.
Imagine taking lightning and turning it into thunder. That’s how University of Sydney researchers explain their latest breakthrough. They’ve converted light into sound energy, a world first—and it all took place inside a special microchip they’ve designed. Computing power is going to run out; if we’re going to keep doubling computing power every 18 months, as Moore’s Law suggests, we’re going to have to outgrow the silicon microchip.
Google is closing in on achieving a major quantum computing milestone.
Studies and trials point to the potential of a rave drug becoming the newest antidepressant medication in decades.