“We have a lab in Korea that is currently working on developing a laptop with partially-transparent screen,” Samsung Electronics America's Reid Sullivan told PlusPlasticElectronics. “Soon, I imagine that all Samsung's audio-visual products will feature this technology. We want to be the first in this market.”
It appears as though transparent AMOLED displays have infatuated Samsung. It also plans to launch a see-through MP3 player christened IceTouch, which according to the report will be available in the early half of 2010. The IceTouch is likely to cost around $330. The real challenge for the consumer will be to think of a practical use for such gadgets once they cease to be a novelty.
Seesmic, popular creators of the Seesmic Desktop and Seesmic (for Windows) Twitter utilities, have partnered up with Microsoft to unleash a new way to browse the real-time Web. Don't roll your eyes just yet: I realize there are just about as many different ways to engage Twitter from a computer as there are tweets to track. I, too, was skeptical upon downloading the company's new Seesmic Look client. These fears didn't last long. It's clear that Seesmic has really put its time into a thorough analysis of the existing market, because there simply aren't any other Twitter clients that look quite like, well, Look.
Research in transparent electronic devices isn't anything new, but for the first time (that we're aware of), a group of scientists have created what they say is an "almost completely clear" computer chip. Credit goes to the Advanced Institute of Science and Technology (KAIST) team responsible for creating the see-through transparent resistive random access memory (TRRAM) based on maturing RRAM technology. RRAM technology is currently being developed by companies like Fujitsu, Samsung, Micron, and Spansion as a non-volatile memory technology that will attempt to replace flash, TGDaily says.
The KAIST team said its TRRAM device is based on an ITO (indium tim oxide)/ZnO/ITO capacitor structure with a transmittance of 81 percent in the visible region of the chip. Creating the chip consisted of essentially sandwiching the RRAM's metal oxide materials between equally transparent electrodes and substrates, which gives the chip its transparency. According to the researchers, the chip is capable of retaining data for 10 years.
There hasn't been a ton of interest in clear electronics up to this point, but the KAIST team is hopeful their discovery might change that. Eventually, the technology could enable the development of clear computer monitors and TVs that are embedded inside glass.