Saturday, December 17, 2011

Intel merges four mobile units into one, argument over parking spaces forthcoming

Intel is combining its netbook and tablets, ultra-mobility, mobile communications and mobile wireless divisions into a "Mobile and Communications" super-unit. It's aiming to catch up with the portable chip big boys like Qualcomm and NVIDIA. Santa Clara's chips may power 80 percent of the world's desktops and laptops, but in the mobile space the energy efficient ARM (and its multiple licensees) is king. The new unit will be headed by Mike Bell and Hermann Eul and will be in charge of speeding up the development of future blockbuster mobile chips, as well as ensuring a good launch for the 32nm Medfield when it arrives early next year -- it's got some massive dainty smartphone shoes to fill.

Intel merges four mobile units into one, argument over parking spaces forthcoming originally appeared on Engadget on Thu, 15 Dec 2011 09:23:00 EDT. Please see our terms for use of feeds.

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Source: http://www.engadget.com/2011/12/15/intel-merges-four-mobile-units-into-one-argument-over-parking-s/

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Don't blame the usual suspect for cancer

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Friday, December 16, 2011

Matt Damon: Loves animals, snakes not so much

TODAY

Matt Damon knows how to be sweet, but never saccharine.

By Randee Dawn

Oh, that Matt Damon. Is there anyone he can't charm? Including wild animals?

What he seemed to discover during the filming of his latest film, "We Bought a Zoo," is no: Even when the snakes came out as part of the shoot, as he told TODAY's Matt Lauer on Tuesday, he managed to figure out how to work with them. "I was not excited to be working with the snakes," he admitted. "I've never been a snake guy, and (co-star Scarlett Johansson) was totally cool with it. The second she sensed some trepidation she was like wrapping them around her and putting them on the kids and the kids were laughing at me so I had to kind of man up."

Damon was on set to talk about his film, but he's happy to get into the swing of all things TODAY, first appearing in a pre-interview tease wearing a remnant from an earlier segment about ugly holiday sweaters. But by the time the interview started, he was back to his usual clothes, though Lauer did comment on his (largely) absent head of hair. "I just finished a movie and I had a completely shaved head, so I'm growing it back," said Damon, who says "I loved" the cut. "It's been about six or seven months that I've had it like this; it's really liberating, very easy."

Parade magazine's "sexiest family man" chats about hijinks on the set of his new film, "We Bought a Zoo," which involved snakes (not his favorite animal) and costar Scarlett Johansson.

He's been quoted as saying that with "Zoo," he wanted to make sure the film wasn't going to be a "Disney version," which Lauer reminded him of. "Yeah, the oversaccharine version ... or kind of cheesy," said Damon. "Which is to say more of like the TV movie version of the thing would have been a movie that I would not have wanted to really spend my time doing because it's not the kind of movie I want to see."

So despite the lions and tigers and bears and snakes and cuddly children, you have it from Matt Damon: "We Bought a Zoo" is not too sweet.

"We Bought a Zoo" opens on Dec. 23.

Related content:

Source: http://scoop.today.msnbc.msn.com/_news/2011/12/14/9440136-matt-damon-follows-his-animal-instincts-with-we-bought-a-zoo

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Young star rebels against its parent cloud

ScienceDaily (Dec. 15, 2011) ? Hubble's Wide Field Camera 3 has captured this image of a giant cloud of hydrogen gas illuminated by a bright young star. The image shows how violent the end stages of the star-formation process can be, with the young object shaking up its stellar nursery.

Despite the celestial colours of this picture, there is nothing peaceful about star forming region Sh 2-106, or S106 for short. A devilish young star, named S106 IR, lies in it and ejects material at high speed, which disrupts the gas and dust around it. The star has a mass about 15 times that of the Sun and is in the final stages of its formation. It will soon quieten down by entering the main sequence, the adult stage of stellar life.

For now, S106 IR remains embedded in its parent cloud, but it is rebelling against it. The material spewing off the star not only gives the cloud its hourglass shape but also makes the hydrogen gas in it very hot and turbulent. The resulting intricate patterns are clearly visible in this Hubble image.

The young star also heats up the surrounding gas, making it reach temperatures of 10,000 degrees Celsius. The star's radiation ionises the hydrogen lobes, making them glow. The light from this glowing gas is coloured blue in this image.

Separating these regions of glowing gas is a cooler, thick lane of dust, appearing red in the image. This dark material almost completely hides the ionising star from view, but the young object can still be seen peeking through the widest part of the dust lane.

S106 was the 106th object to be catalogued by the astronomer Stewart Sharpless in the 1950s. It is a few thousand light-years distant in the direction of Cygnus (The Swan). The cloud itself is relatively small by the standards of star-forming regions, around 2 light-years along its longest axis. This is about half the distance between the Sun and Proxima Centauri, our nearest stellar neighbour.

This composite picture was obtained with the Wide Field Camera 3 on the NASA/ESA Hubble Space Telescope. It results from the combination of two images taken in infrared light and one which is tuned to a specific wavelength of visible light emitted by excited hydrogen gas, known as H-alpha. This choice of wavelengths is ideal for targetting star-forming regions. The H-alpha filter isolates the light emitted from hydrogen in gas clouds while the infrared light can shine through the dust that often obscures these regions.

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Source: http://www.sciencedaily.com/releases/2011/12/111215095237.htm

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Tuesday, December 6, 2011

MetLife sees 2012 growth, going back to Fed soon (Reuters)

(Reuters) ? MetLife expects operating earnings to rise as much as 7 percent in 2012, the largest life insurer in the United States said on Monday, though its forecasts for the fourth quarter and full-year 2011 were below expectations.

The company, whose shares rose 3.7 percent in premarket trading, also expects to go back to regulators next month with a revised plan to return capital to shareholders, after its last one was blocked.

MetLife is in the middle of a transformation following its acquisition of Alico in 2010. The company now derives a substantially larger share of its business outside the United States, and much of its growth will come from there as well.

The insurer recently reorganized its business units to acknowledge that shift, and it has started spending more aggressively on international branding.

MetLife (MET.N) said it expects 2011 operating earnings of $5.2 billion to $5.3 billion, or $4.83 to $4.93 per share; and 2012 operating earnings of $5.1 billion to $5.6 billion, or $4.80 to $5.20 per share.

Analysts polled by Thomson Reuters I/B/E/S on average expected operating earnings of $4.95 per share in 2011 and $5.10 per share in 2012.

"Our outlook for 2012 assumes continued softness in the global economic environment," MetLife Chief Executive Steve Kandarian said on a conference call with investors and analysts. The 2012 plans also assumes no share buybacks, which would raise earnings per share.

Kandarian reiterated MetLife's belief that it can increase earnings on a yearly basis even in a persistently low interest rate environment, and said he was "frustrated" with the performance of the company's stock.

MetLife shares are down 28.5 percent this year, against a 14 percent decline for closest competitor Prudential Financial (PRU.N) and a 9.9 percent decline for the S&P insurance index (.GSPINSC).

GOING BACK TO THE FED

Because MetLife is a bank holding company, the Federal Reserve has the power to block the company's capital plans, which it did in late October.

Kandarian said MetLife will go back to the Fed with a new plan in January and hoped to have a response by the end of the first quarter. The company is also continuing plans to sell its banking business and shed its holding company status.

MetLife expects to have $6 billion to $7 billion in capital in 2012 for dividends and other actions. Analysts have said they expect MetLife to raise its dividend substantially and buy back at least $1 billion in stock.

For the current quarter, the company predicted earnings of $1.16 to $1.26 per share, below the analysts' consensus of $1.28 per share.

Outgoing Chief Financial Officer Bill Wheeler said the company's earnings would have been 6 cents per share higher but for integration costs and reserve charges.

(Reporting By Ben Berkowitz; Editing by Derek Caney)

Source: http://us.rd.yahoo.com/dailynews/rss/business/*http%3A//news.yahoo.com/s/nm/20111205/bs_nm/us_metlife

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VLT finds fastest rotating star

Monday, December 5, 2011

An international team of astronomers has been using ESO's Very Large Telescope at the Paranal Observatory in Chile, to make a survey of the heaviest and brightest stars in the Tarantula Nebula, in the Large Magellanic Cloud. Among the many brilliant stars in this stellar nursery the team has spotted one, called VFTS 102, that is rotating at more than two million kilometres per hour ? more than three hundred times faster than the Sun and very close to the point at which it would be torn apart due to centrifugal forces. VFTS 102 is the fastest rotating star known to date.

The astronomers also found that the star, which is around 25 times the mass of the Sun and about one hundred thousand times brighter, was moving through space at a significantly different speed from its neighbours.

"The remarkable rotation speed and the unusual motion compared to the surrounding stars led us to wonder if this star had had an unusual early life. We were suspicious." explains Philip Dufton (Queen's University Belfast, Northern Ireland, UK), lead author of the paper presenting the results.

This difference in speed could imply that VFTS 102 is a runaway star -- a star that has been ejected from a double star system after its companion exploded as a supernova. This idea is supported by two further clues: a pulsar and an associated supernova remnant in its vicinity.

The team has developed a possible back story for this very unusual star. It could have started life as one component of a binary star system. If the two stars were close, gas from the companion could have streamed over and in the process the star would have spun faster and faster. This would explain one unusual fact ? why it is rotating so fast. After a short lifetime of about ten million years, the massive companion would have exploded as a supernova ? which could explain the characteristic gas cloud known as a supernova remnant found nearby. The explosion would also have led to the ejection of the star and could explain the third anomaly ? the difference between its speed and that of other stars in the region. As it collapsed, the massive companion would have turned into the pulsar that is observed today, and which completes the solution to the puzzle.

Although the astronomers cannot yet be sure that this is exactly what happened, Dufton concludes "This is a compelling story because it explains each of the unusual features that we've seen. This star is certainly showing us unexpected sides of the short, but dramatic lives of the heaviest stars."

###

ESO: http://www.eso.org

Thanks to ESO for this article.

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Source: http://www.labspaces.net/115721/VLT_finds_fastest_rotating_star

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