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Flux capacitors sidelined as surface plasmons called upon to increase OLED efficiency

Samsung OLED TV
The surface science geeks out there already know that surface plasmons have enjoyed use in spectroscopic fluorescence measurements, but that's about as exciting as chamomile tea at a narcolepsy convention. However, those same surface plasmons have been used by Korean researchers to increase OLED efficiency by 75-percent while also increasing intensity twofold -- and that gets our attention. Note we said "researchers," though; the results were obtained with silver nanoparticles under high vacuum conditions -- in other words, a surface science lab. Although the word is that this technique can be used for flexible OLEDs, we won't be holding our breaths. Heck, at this point, we'd settle for relatively inefficient, inflexible, affordable OLEDs somewhere north of 20-inches.

1080p carbon nanotube-based LCoS microdisplay

Syscan Imaging has announced the first product from the nanotechnology company they acquired last fall. The 0.7-inch microdisplay claims to deliver 1920x1080 images at a lower cost than competing technologies. They also hope to overcome some of the problems that have hamstrung LCoS technology so far by increasing yields and having a lower operating temperature. Finally, its designers are optimistic they'll be able to reach even higher resolutions in the future. Looks like D-ILA and SXRD may have some competition, although HDTVs based on the technology are not expected to hit until 2007.




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