If you've ever toyed with the petals of a rose, you'll know that they're pleasingly stretchy. Now, their material properties are being aped to produce a new breed of stretchable electronics.
Wireless technology is already amazing. It's any data you could ever want through the air. But some exciting innovations are hiding on the horizon. This cheap little circuit that allows a wireless antenna to send and receive data at the same time is one of them. It stands to double the rate at which your phone…
Imagine if your sweater was actually one big computer that responded to being stretched, pressed, or adjusted. That cyborg-inspired future could now be a reality thanks to a team of scientists that has used nanowires to create a new wearable, multifunctional sensor.
It might look understated, but you're looking at the most functionally complex integrated quantum circuit ever made from a single material—and it can both generate photons and entangle them, all at the same time.
Flexible, stretchable, bendable circuits will make futuristic wearable devices and implantable medical sensors possible. Today, a Swiss research team revealed a big new step in that field: a super-thin circuit that can function while wrapped around a human hair or laid on a contact lens.
Forget printing circuits: how about drawing 'em instead? At least, that's what you can do with this rollerball, which spews out conductive silver ink to let you doodle circuits all day long.
Scientists have created "electronic foils" that will allow circuits to conform to any surface — or get stretched, bent, and crumpled. The electronics may someday become as common as plastic wrap, researchers say.
A team at Caltech has developed an artificial neural network from human DNA molecules. Yup, we used a bit of ourselves to create artificial intelligence. I think I know how this story ends.
Following up on a 2007 world record for the fastest transistor speed, Northrop Grumman announced today that it has shattered the world record for integrated circuit performance, nearing one terahertz.
This is exactly how I always pictured the inside of a circuit: Batman, magic smoke, and attitude. [xkcd]
Wearable electronics aren't news, but being able to make them cheaply and easily is. Xerox has developed an ink with which you can print circuits onto plastic, film, fabric, and nearly anything you can think of.
Researchers at IBM are farming nanowires, growing wires a thousand times thinner than a human hair like microscopic silicon bonsai trees. This image shows the wires sprouting silicon.
The NYTimes has a post on Vertical Circuits, a company that has developed a 3d circuit stacking technology using a silver based epoxy—goo, basically—to closer fuse flash memory chips together.
Bare is a paint that can transform your body into a circuit (without the inconvenience of electrocuting you).