New Transistor Could Let Chips Interface With Living Systems
An anonymous reader writes with a UW news item about a really neat new transistor design. From the release: "Human [sic, probably meant Electronic] devices, from light bulbs to iPods, send information using electrons. Human bodies and all other living things, on the other hand, send signals and perform work using ions or protons. Materials scientists at the University of Washington have built a novel transistor that uses protons, creating a key piece for devices that can communicate directly with living things. Among the many potential areas for application is that of prosthetic limbs."
The paper's abstract is available, but the full paper is unfortunately paywalled. The Rolandi research group has a few other neat projects in related areas.
I'm really impressed that this new transistor uses protons.
I thought we were going to be stuck with protonless transistors forever.
Because I always thought protons were the positively charged particles in the nucleus of an atom.
This article is clearly talking about something else... so either the article is using the wrong word or else proton has another meaning of which I was previously unaware.
File under 'M' for 'Manic ranting'
For real...
Resistance is futile. We will be assimilated.
(Where is the queue / where can I sign up?)
Transistor interface with the DEAD!
This sig is not paradoxical or ironic.
Or we'd be looking at the Mad Cowchip.
I could never figure out why my antimatter chips always, er, failed after being implanted in living hosts.
How can I believe you when you tell me what I don't want to hear?
I'll hold out for the social enhancement chip. Could use some pheromones right about now...
Don't they understand the benefit of the Shaper's ancient gene lines that have been finely tuned over the centuries? Why must these wireheaded mechanists defile themselves with these electro-mechanical devices? /Schismatrix
Brings an all new meaning to I've been hacked.
How does it help to interface with living organisms? My initial impression is that it would be much easier to have the prosthetic implemented using conventional electronics, and have an interface adapter on the boundary with living tissue - sounds like that would be much easier.
And isn't the main problem with prosthetic limbs making them nimble and accurate enough, both mechanically and in terms of interpreting nerve signals?
So how long do you think it will be until we have augmentations? I call first dibs on the Typhoon System!
chitosan matrix, but what is the gate?
Bukowski said it. I believe it. That settles it.
May sound stupid, but where does the extra charge go? If the device receives an electron on one side and sends a positively charge thing on the other side (a proton or K+), that leaves 2 electrons in the device, where do those go?
One shall speak only if what one has to say is more beautiful than silence
What an awful summary.
we're all going to be walking around with elbow swords soon?
If one can get past the hurdle of host rejection, this could be an amazing boon for humanity. Imagine a neurological interface with computers, or a network? New generations of smart fighter jets, weapons, an assortment of cybernetic enhancements, it's literally science fiction taking a hold of real life. Couple neurological interface with a super computer array and a vast library, and see what kind of innovations we can come up. Imagine new sensor inputs for our minds to study, imagine seeing radio waves for example. How about nanobots and genetics? We could interface with diagnostic and research nanobots who could help re-engineer our genetic codes to eliminate even aging.
Take the Red Pill.
You'll get cheaper insurance if you do. Just don't think about the remote disable feature.
Have gnu, will travel.