Your Sony Ericsson Android phone has an Exmor R™ sensor that lets you capture high- quality movies and stills in low light. So go ahead and shoot. Then show, in stunning HD direct onto your TV via the HDMI connector. Find out more: www.sonyericsson.com
Video Rating: 4 / 5

This video compares features of the new Samsung Epic 4G with those of Sprint’s popular HTC EVO 4G
Video Rating: 3 / 5

 Xperia™ arc: Android touch phone with Sony Exmor R™. Go ahead and shoot
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Sony Reader iPhone and Android apps arriving in December
Sony to take on Amazon and Apple with eBook effort
Read more on Pocket-lint via Yahoo! UK & Ireland News

12 Android Apps to Supercharge Your Smartphone
Make your Android device run longer, run smarter, and run almost anywhere with this collection of essential apps
Read more on PC World

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As the e-reader wars ramp up, Sony introduces three new Readers.
Bits

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Incredibly tiny Sony x10 mini Android phone
4378987878 0a3283dcba Incredibly tiny Sony x10 mini Android phone

Image by Tom Purves
SonyEricsson android phones

PhotonQ-Double Rainbow
4854917228 0290af25d8 Incredibly tiny Sony x10 mini Android phone

Image by PhOtOnQuAnTiQuE
After a storm, this double rainbow showed up. One of the most beautiful and strange I ever saw. Didn’t have the camera, so I took the photos with the android phone and made a panorama of them.

Now one question, was it a supernumerary rainbow ? Anyone ?

The photo "shows a primary rainbow, a fainter secondary rainbow above it, and several pastel-shaded rainbows inside the primary rainbow.

The primary rainbow results from a single internal reflection of refracted light inside a raindrop, and the secondary rainbow results from a double internal reflection. But the additional rainbows are not explainable by geometric optics, and hence had been termed "supernumerary".

Supernumerary rainbows result from interference of light which undergoes single internal reflection but travels along different paths inside a raindrop. Supernumerary rainbows provide a strong indication of the wave nature of light. In fact, it was a mystery of supernumerary rainbows that prompted Thomas Young to do the famous double-slit experiment in 1801 that confirmed the wave nature of light and led to his explanation of supernumerary rainbows in 1803."

The quality for a phone (HTC Desire) is great, but doesn’ t bring back the colours and contrast from the real sky. It was WOWWWW…Well..until I can upload memories from my brain onto flickr…this will do =)

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