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Faster, Cheaper and Better
The Mobile Internet of Tomorrow + SEE the Best Web Browsing Phones for 2011
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source: http://www.physorg.com/news/2011-09-internet-tomorrow-faster-cheaper.htmlFor the price its the best on the net at $149 for a fam plan I look everywhere. The Evo is not quite as intuitive to learn as the iPhone but it's also a lot more capable and powerful. The growing Android app marketplace really helps with this. To learn more please click on the link above and once you decide you want to get more information, please click on the GREEN Order now button on our web page
The excerpt above is from a happy evo customer at Amazon
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I have had this for a couple of months. I would not choose any of the other offerings from sprint over this phone. Amazing performance, beautiful screen, excellent shooter around the back, responsive hardware
THE EXCERPT BELOW IS from Physorg
"Researchers from the University of Arizona, the University of Southern California and seven other institutions are attempting...To save the Internet by making it cheaper, faster and better
Other partner institutions in the CIAN are the University of California, San Diego; the California Institute of Technology; University of California, Los Angeles; University of California, Berkeley; Columbia University; Norfolk State University and Tuskegee University."We're using optics to enable higher capacity communications," said Alan Willner, Steven and Kathryn Sample Chair in Engineering of the USC Dornsife College. Willner and Columbia professor Keren Bergman are leading the system and networking research for the group."I can send 10 gigabits per second across the backbone of the national network," Willner said.
"The problem is, how do you get 10 gigabits to every home, every access point?"Now in its fourth year, the nine-university collaboration has made important breakthroughs in transforming the way large amounts of data are transmitted.In a paper published earlier this year in Optics Communications, a team of researchers including Willner and lead author Hacene Mahieddine Chaouch, a graduate research assistant at the UA, developed three new methods of restoring degraded optical signals – a key hurdle to overcome when transmitting big chunks of data.
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