MetroPCS Offers the BlackBerry Curve 8530 with $60 Unlimited Talk, Text, Web and Data Service Plan

DALLAS, July 23 /PRNewswire-FirstCall/ — Continuing its commitment to deliver affordable wireless service for all consumers, MetroPCS Communications Inc. (NYSE: PCS) now offers the BlackBerry® Curve™ 8530 smartphone from Research In Motion (RIM) (Nasdaq: RIMM; TSX: RIM). MetroPCS has the BlackBerry Curve 8530 with unlimited talk, text, Web and data service, Wi-Fi® connectivity, e-mail, and turn-by-turn GPS navigation for just $60 per month including all applicable taxes and regulatory fees – nearly half of what consumers would pay today for comparable smartphone service plans at other carriers.

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MetroPCS’ $60 BlackBerry service plan delivers exceptional value and all of the smartphone features that consumers care about most, including:

* Messaging capabilities through popular IM services and BlackBerry® Messenger, as well as social media networks
* Access to the latest content such as games, ringtones and wallpapers through the @Metro App Store and BlackBerry App World™
* Applications only available through MetroPCS include Metro Navigator, Metro Back-up, Premium Directory Assistance and Metro Banking
* Full-QWERTY keyboard and optical trackpad
* 2 MP digital camera with zoom and video recording
* Media player for enjoying pictures, music and videos, plus dedicated media keys integrated along the top of the handset

“The BlackBerry Curve 8530 from MetroPCS delivers the advanced features associated with a premium BlackBerry device and gives consumers no annual contract wireless service with unlimited talk, text, Web and data, as well as Wi-Fi connectivity, at an unmatched price,” said Tom Keys, chief operating officer of MetroPCS. “This is yet another smartphone addition to our portfolio` and allows us to offer more choice and value to consumers so they will be able to experience the rich range of multimedia and messaging services.”

With MetroPCS Wireless For All(SM) service plans, the days of having to worry about “bill shock” and unpredictable monthly bills are a thing of the past. Never before has it been easier for consumers to take advantage of the latest devices coupled with the affordable services and range of add-on features and applications that match their lifestyles or habits.

For more information about the BlackBerry Curve 8530 visit www.metropcs.com/blackberry or for MetroPCS’ expanding portfolio of phones, visit www.metropcs.com/shop/phonelist.aspx.

For more details on Wireless For All(SM) service plan options and pricing, please visit www.metropcs.com/plans.

For downloadable images and embeddable video, visit http://pitch.pe/76998.

About MetroPCS Communications, Inc.

Dallas-based MetroPCS Communications, Inc. (NYSE: PCS) is a provider of unlimited wireless communications service for a flat-rate with no annual contract. MetroPCS is the fifth largest facilities-based wireless carrier in the United States based on number of subscribers served and has access to licenses covering a population of approximately 146 million people in many of the largest metropolitan areas in the United States. As of March 31, 2010, MetroPCS had over 7.3 million subscribers. For more information please visit www.metropcs.com.

MetroPCS related brands, product names, company names, trademarks, service marks, images, symbols, copyrighted material, and other intellectual property are the exclusive properties of MetroPCS Wireless, Inc. and its subsidiaries, parent companies, and affiliates. Copyright ©2010 MetroPCS Wireless, Inc. All rights reserved.

The BlackBerry and RIM families of related marks, images and symbols are the exclusive properties and trademarks of Research In Motion Limited. RIM assumes no obligations or liability and makes no representation, warranty, endorsement or guarantee in relation to any aspect of any third party products or services.

Laser cooling may be used to create “exotic” states of matter

Washington, September 9 (ANI): In a new study, scientists have determined that the technique of laser cooling could be used to create “exotic” states of matter.

According to a report in National Geographic News, in a new technique, Martin Weitz and Ulrich Vogl of the University of Bonn in Germany used a laser to bring the temperature of dense rubidium gas far below the normal point at which the gas becomes a solid.

Previous research had been able to use lasers to quickly “supercool” only very diluted gases.

But, “here’s a case where you shine a laser on something and it actually cools down, and not just a handful of atoms, but a macroscopic object,” said Trey Porto, a physicist with the National Institute of Standards and Technology’s laser-cooling group.

The process could be used to create fascinating new states of matter, according to the study authors.

“For example, if you can very quickly cool water much lower than zero Celsius (32 degrees Fahrenheit), where it would normally turn to ice, exotic crystalline and glassy states of matter would be predicted,” Weitz said.

The new technique could also be used in cooling mechanisms to boost the efficiency of some stargazing equipment, he added.

“If you could cool thermal cameras that look at the stars, they may have less noise and be more sensitive,” he said.

Since a laser’s color is linked to its intensity, the new technique is based on using a red laser in which the frequency has been adjusted so that the beam affects the atoms only when they collide with each other.

Weitz and Vogl shone this laser beam into gaseous rubidium atoms in a high-pressure “atmosphere” of argon.

In the experiment, the rubidium gas fell from 662 degrees Fahrenheit (350 degrees Celsius) to almost 536 degrees Fahrenheit (280 degrees Celsius) within mere seconds.

Much more research needs to be done before the laser-cooling process can be used in real-world applications, study co-author Weitz cautioned.

But, NIST’s Porto said the work already represents a major departure from traditional cooling of diluted gases, which are currently used for studying quantum effects or preparing gas samples for atomic clocks.

“I think the really amazing thing is that you can even get cooling in this regime, because it’s a really dense gas and a very different mechanism,” Porto said.

“Traditional cooling powers are so tiny. To cool a physical object by a measurable degree with a laser is amazing,” he added. (ANI)