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Continue reading BlackBerry Bold 9900 hands-on (update: video)
BlackBerry Bold 9900 hands-on (update: video) originally appeared on Engadget on Mon, 02 May 2011 12:56:00 EDT. Please see our terms for use of feeds.
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That report comes courtesy of Bloomberg, and I've reached out to Microsoft for some confirmation. If true, the news should come as a surprise to exactly nobody, considering how the player failed to make a dent in the Apple iPod's reigning market share.
Bloomberg's report suggests that Microsoft will continue to bake its Zune software into Windows Phone 7. This is essential, because the Zune-branded storefront is Microsoft's hub for music and media purchases. Microsoft apparently plans to keep manufacturing the existing Zune HD, without releasing new-and-improved versions.
The improvement in smartphones' capabilities (and battery life) has seen a corresponding decline in the need for separate, portable media players. Even Apple has seen sales of its traditional iPod fall over the past several quarters, a phenomenon the company attributes to the rise of the iPhone and iPod Touch. That trend is less to blame for the Zune HD's death, however, than an anemic marketing campaign by Microsoft, coupled by a failure to persuade consumers that their device represented a value-add over the iPod.
The Zune HD attracted some strong reviews in the wake of its September 2009 release. Personally, I thought it a solid piece of hardware with a nifty software interface, and something that probably should have gained more market share than it did. If it's truly dead, then R.I.P.
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Continue reading Triton 36,000 submarine to plumb ocean's deepest depths, comes in yellow (video)
Triton 36,000 submarine to plumb ocean's deepest depths, comes in yellow (video) originally appeared on Engadget on Sat, 30 Apr 2011 20:19:00 EDT. Please see our terms for use of feeds.
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Solar cells are about to get cheaper! Using a genetically modified virus called M13, researchers from MIT were able to make carbon nanotubes self-assemble allowing the solar cells to collect electrons at a more efficient rate. Scientists already know that single-walled carbon nanotubes have a high electron mobility, meaning that electrons can move through them very fast. Using this knowledge, researchers could in theory improve the efficiency of photovoltaic devices (like solar panels) using these nanotubes.
But there is one problem--carbon nanotubes, when they are formed, usually come in a mix of two types: Some of them act like semiconductors and some of them act like metals. If you know your chemistry, then you know that conductivity increases in metals when the temperature decreases, while conductivity actually increases in semiconductors as temperature increases (to a certain point, anyway). Because of this, the two types of nanotubes basically cancel each other out, making them less effective as a means of increasing solar cell efficiency.
The MIT researchers came up with a way to separate the two types so that they might be applied to a solar cell more effectively. The researchers used the M13 virus to rearange the carbon nanotubes on a surface. The virus also kept the tubes separated so they don't cause circuits to, well, short-circuit.
You read that correctly. A virus rearranged the nanotubes. According to MIT, using this new process increased the solar cells' efficiency by almost one third. Impressive! Check out Nature and MIT for the full details.
[MIT and Nature via Engadget / Photo: Magoo0311 on Flickr (CC-BY 2.0)]
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