'Electronic Skin' Grafts Gadgets To Body
sciencehabit writes "Researchers have developed ultrathin electronics that can be placed on the skin as easily as a temporary tattoo (abstract). The scientists hope the new devices will pave the way for sensors that monitor heart and brain activity without bulky equipment, or perhaps computers that operate via the subtlest voice commands or body movement. The devices can even be hidden under actual temporary tattoos to keep the electronics concealed, giving them potential applications for espionage."
Could this do rudimentary computer-brain interfaces without implants?
Peter F. Hamilton, anyone? Electronics as tattoos was one of the cool little details that intrigued me in Pandora's Star (and Judas Unchained).
Police: Look! he has a tattoo. It could be camera. Get him!
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Drug lords: Yeah, I got soma that. Shit you got one of those bug-tattoos. Kill the motha!
Obama's legacy: (N)othing (S)ecure (A)nywhere and (T)error (S)imulation (A)dministration
Can see the headline now: Police amputate protester, lays charges of carrying concealed recording device.
inb4 Borg/ you will be assimilated jokes. Seriously, will this allow me to back up my brain and use Google desktop search for all the nude girl pictures I have stored therein? Or better yet, retrieve all those fun childhood memories that my age addled brain has stored away....somewhere.
But implants would be more practical, no?
"It would appear you are attempting to graft electronic skin onto my endoskeletal structure."
One great application that I can think of is for Sudden Infant Death Syndrome (SIDS). I'd much rather have a small devices like this instead of a system with wires that can get tangled. Been there done that........
From the abstract:
Solar cells and wireless coils provide options for power supply.
If you have to have a bulky power source, it's hardly very practical. Don't misunderstand though, I think it's pretty cool. Are the solar cells actually the circuit? Would it be possible to get enough voltage from the skin?
I wonder what kind of microphone they used and how they attached it to the circuit. And how did they monitor heart-rate?
This was a segment today on NPR: http://www.sciencefriday.com/program/archives/201108121
I paid the going retail price for a Windows screen reader and got a free Unix computer!
If they could make a timepiece, i'd wear one. who needs straps!
when all is said and done, all a man has left are his blades and his honor.
This is a godsend for those people with chronic condition that requires constant and somewhat intrusive monitoring, such as users of insulin pump that needs to know what their glucose reading pretty much as often as possible. That's one of the possible use for this technology.
We can now graft lasers onto shark's heads!
to call it the mark of the beast?
Every end has half a stick.
It looks pretty similar to what was depicted in Peter F. Hamilton's Commonwealth Saga (http://en.wikipedia.org/wiki/Commonwealth_Saga#Man-machine_symbiosis). Namely - OCTattoos. The difference is that in the book they were worn not only for practical reasons but also as an adjournment. Still waiting for wormholes though...
-- "In theory, theory is the same as practice, but not in practice."
... for the Arduino crowd. Now your Lilypad will be able to tell you whether you're pregnant or not.
the old green lantern villain the tattooed man.
It looks pretty similar to what was depicted in Peter F. Hamilton's Commonwealth Saga (http://en.wikipedia.org/wiki/Commonwealth_Saga#Man-machine_symbiosis). Namely - OCTattoos. The difference is that in the book they were worn not only for practical reasons but also as an adjournment.
Still waiting for wormholes though...
B5 did it before Hamilton by like 10 years
B5 did it before Hamilton by like 10 years
If you're referring to the link, then no, it's not the same as OC Tattoo. Link is just cellphone glued to your hand, while OC Tattoo is like printing circuits on your skin.
This is guaranteed to have many applications from the useful to the beautiful to the absurd. Combine this with recent research on direct neuro-electronic interfaces (see for example multiple papers at link below) and you now have interesting possibilities for sending and receiving signals to/from devices on the skin -- or across the room. Directly stimulating cells in the skin responsible for detecting pressure, heat and so forth might enable more compelling virtual or augmented realities. Combine with LED technology and you could have moving full-color tattoos. Amazing and exciting!
Neural Engineering (NER), 2011 5th International IEEE/EMBS Conference on
There's no sense in being precise when you don't even know what you're talking about. -- John von Neumann