Stretch Goal: 300X Arduino
The Faboratory at Yale University has set a number of stretch goals. We don’t mean that in the usual sense. They’ve been making, as you can see in the video …read more Continue reading Stretch Goal: 300X Arduino
Category Archives: flexible circuits
Building Circuits Flexibly
You think of breadboards as being a flexible way to build things — one can easily add components and wires and also rip them up. But MIT researchers want to …read more Continue reading Building Circuits Flexibly
The Thin-Film Flexible 6502
While our attention is mostly directed towards ever smaller-integrated silicon circuits providing faster and faster computing, there’s another area of integrated electronics that operates at a much lower speed which …read more Continue reading The Thin-Film Flexible 6502
Arm Researchers Announce the PlasticArm
If the Cortex family of embedded microprocessors aren’t flexible enough for your designs, an article published this week (click here for the PDF version) in the journal Nature might be of interest. …read more Continue reading Arm Researchers Announce the PlasticArm
Custom Portable N64 Embraces Modern Making
In the beginning, there was hot glue. Plus some tape, and a not inconsiderable amount of Bondo. In general, building custom portable game consoles a decade or so in the past was just a bit…messier than it is today. But with all the incredible tools and techniques the individual hardware …read more
Arduboy Goes Thin and Flexible for Portable Gaming
We all have a gaming system in our pocket or purse and some of us are probably reading on it right now. That pocket space is valuable so we have to budget what we keep in there and adding another gaming system is not in the cards, if it takes …read more
Continue reading Arduboy Goes Thin and Flexible for Portable Gaming
FabricKeyboard Is Piano, Theremin And More
Two researchers of Responsive Environments, MIT Media Lab, have put to together a device that is an amazing array of musical instruments squeezed into one flexible package. Made using seven layers of fabrics with different electrical properties, the result can be played using touch, proximity, pressure, stretch, or with combinations of them. Using a fabric-based keyboard, ribbon-controller, and trackpad, it can be played as a one-octave keyboard, a theremin, and in ways that have no words, such as stretching while pressing keys. It can also be folded up and stuffed into a case along with your laptop, and care has …read more
Organic Chemistry Circuits are Flexible and Work Wet
As circuits find their way into more and more real-world environments, the old standard circuitry isn’t always up to the task. It wasn’t that long ago that a computer needed special power, cooling, and a large room. Now those computers wouldn’t cut it for the top-of-the-line smartphone. However, most modern circuits don’t bend well and don’t like getting wet.
An international team of researchers is developing chemical-based circuitry that uses gold nanoparticles and electrically charged organic molecules to build circuit elements that behave like semiconductor diode junctions. It’s simple to make flexible circuits that don’t mind being wet using this …read more
Continue reading Organic Chemistry Circuits are Flexible and Work Wet