AndrewSteckl
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New electrowetting technique could do e-paper on real paper, lead to disposable Kindles
Wahey, another day another theoretical display that will revolutionize the world, this time one that fits right in with your disposable, capitalistic lifestyle. Researchers at the University of Cincinnati have found a new way to utilize electrowetting, modifying the water repellency forces of a given surface to move colored ink and create a reflective display -- a technique that has long been the domain of Liquavista. This new version of that technique enables the creation of e-paper on actual paper, requiring no glass or fancy circuitry and, in theory, creating displays nearly as cheaply as magazines are printed today, opening the door to disposable e-readers and the like. No word on when such devices might be available outside of a lab, but we'll go ahead anyway and take this opportunity to remind you should always recycle your high-tech future e-readers.
Salmon sperm used to intensify LEDs, grossify everyone
See, the problem with bioengineering isn't moral or ethical dilemmas, or even homicidal robo-droids enslaving humanity. It's that if you let researchers go wild, eventually they'll find a way to make LEDs out of salmon sperm, threatening the sanctity (and sperm-free-ness) of your entire gadget-based lifestyle. Yet that's exactly what Professor Andrew Steckl of the University of Cincinnati has managed to do, using the DNA found in salmon sperm to enhance the brightness of LEDs. The so-called BioLEDs are being developed in cooperation with the Air Force (yes, the Air Force -- they had a "good source" of salmon sperm, apparently) and they've been so successful that Steckl has been getting salmon sperm from researchers worldwide "wanting to see if their sperm is good enough." Steckl says that since salmon sperm is considered a waste product of the fishing industry, BioLEDs are particularly green -- kind of like our faces right now.
