Researchers Turn To Silk For Flexible E-Devices
angry tapir writes "Researchers at a Taiwan university say they have found a way to use silk membranes in flexible electronic devices and started talks with manufacturers about adopting the unusual but cheap material. After less than two years of study motivated by news that silk had untapped properties, an engineering professor and two post-graduate students at Taiwan's National Tsing Hua University figured out how to use the soft, low-cost material for flexible e-book readers, LED displays and radio-frequency identification tools."
I can see it now: my wife comes home from shopping, telling me "Hi, Honey, I just got something made of silk and I'm about to the bedroom and get into it. I bull rush in there and find her on the bed reading some trashy novel. Meh!
The eternal struggle of good vs. evil begins within one's self.
I hope this will allow us to integrate electronics into the clothes in a better way. It's also in accordance with the FOTM sustainable development since it's all natural and probably bio-degradable. Hope they get a lot of $$$ to continue their research in the area.
Wait.. doesn't silk cause a lot of static electricity?
But what about velvet? Velvet is often made from silk.
When will I be able to ensconce myself in velvet e-devices?
There's no -1 for "I don't get it."
So the future of e-book readers is a substance squeezed from the behind of a mulberry leaf-eating worm ? :-)
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Non-vegan computing!
Anyone else read this as "Researchers Turned to Silk" like some kind of fabricy medusa?
It pays to be obvious, especially if you have a reputation for being subtle.
score(:-)- mynutswon, diss them babys.
honestly? phewww
of worms becoming the most important creatures to our technological advancement.
one step closer, maybe?
I just completed reading the article (the scholarly one in the Advanced Materials journal, not TFA) and I can't say it's *that* impressive. They do report a very high mobility value for pentacene (~23 cm2/Vs) allegedly because of very low trapping density at the semiconductor/dielectric interface. That part is nice. But silk as a dielectric...is not impressive. They report a capacitance in the nano F/cm2, whereas everybody using electrolytes as OTFT dielectrics report capacitances in micro F/cm2. And the speed of polarization is similar. Electrolyte-gated OTFTs use a double-layer (EDLC) to create a "supercapacitor" and can therefore be operated at lower voltages than the ones reported in this work. This is not /. worthy. If it was, the paper would be in Nature or Science, not Advanced Materials.
Res publica non dominetur