IBM Movie Shows Off Atomic Scale Claymation

We have seen how IBM had come up with a new kind of storage device which is so small, we are not dealing in millimeters, but rather, at just the size of 12 atoms. A dozen atoms, that is all there is to it, and yet the folks over at IBM were able to store and retrieve digital 1s and 0s from its array. Having said that, IBM’s research division released a stop-motion movie that you can view in the video above, where the main protagonist is a stick figure that measures a mere few atoms in size.

“A Boy and His Atom” is the title of the story, where the character called Atom made friends with a single atom, and continued to play with his new friend as they danced, played catch and bounced on a trampoline. This will definitely not pick up any Oscars at the next Academy Awards, although the claymation marks a breakthrough in scientists’ ability to capture, position and shape individual atoms with utmost precision, thanks to the clever use of temperature, pressure and vibrations.

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Extreme closeup! IBM makes ‘world’s smallest movie’ using atoms (video)

DNP IBM

After taking a few shadowy pictures for the scientific world’s paparazzi, the atom is now ready for its closeup. Today, a team of IBM scientists are bypassing the big screen to unveil what they call the “world’s smallest movie.” This atomic motion picture was created with the help of a two-ton IBM-made microscope that operates at a bone-chilling negative 268 degrees Celsius. This hardware was used to control a probe that pulled and arranged atoms for stop-motion shots used in the 242-frame film. A playful spin on microcomputing, the short was made by the same team of IBM eggheads who recently developed the world’s smallest magnetic bit. Now that the atom’s gone Hollywood, what’s next, a molecular entourage?

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Sequoia supercomputer breaks simulation speed record, 41 times over

Sequoia supercomputer breaks simulation speed record, 41 times over

While we’ve seen supercomputers break records before, rarely have we seen the barrier smashed quite so thoroughly as by Lawrence Livermore National Laboratory’s Sequoia supercomputer. Researchers at both LLNL and Rensselaer Polytechnic Institute have used planet-scale calculations on the Blue Gene/Q-based cluster to set an all-time simulation speed record of 504 billion events per second — a staggering 41 times better than the 2009 record of 12.2 billion. The partnership also set a record for parallelism, too, by making the supercomputer’s 1.97 million cores juggle 7.86 million tasks at once. If there’s a catch to that blistering performance, it’s not knowing if Sequoia reached its full potential. LLNL and RPI conducted their speed run during an integration phase, when Sequoia could be used for public experiments; now that it’s running classified nuclear simulations, we can only guess at what’s possible.

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Source: Lawrence Livermore National Laboratory

UrbanCode acquisition made by IBM for DevOps tools

In order to provide its customers with improved software development, IBM has acquired UrbanCode, which is a provider of tools that are suited for rapid software development called DevOps. UrbanCode has provided their services to many big companies, like Wells Fargo, Fidelity, Walmart, Disney, and Expedia.

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Financial terms of the acquisition have not been disclosed, but IBM says that employees of Cleveland-based UrbanCode will all remain, and will simply transition to being IBM employees. IBM noted that updating enterprise software across multiple operating systems and mobile devices is quite a huge task, but IBM is looking to take advantage of UrbanCode’s tools to automate the process.

IBM has been trying for a while now to discover new ways to make the software development process quicker and more efficient in order to compete with startups, and it seems today’s acquisition of UrbanCode looks to reinforce that idea. IBM is an old company, and it’s looking to keep up with modern times by modernizing its development processes.

Specifically, IBM wants the UrbanCode tools to be applied mostly to the legacy company’s mobile and cloud software offerings, which is a field of technology that companies absolutely have to be one step ahead in, if they want to compete and turn heads. IBM notes that current UrbanCode clients will remain on board, and will be used in a broader sense in the future.

[via Newsday]


UrbanCode acquisition made by IBM for DevOps tools is written by Craig Lloyd & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

IBM scientists research concentrated solar radiation power source

Researchers from IBM have created a very impressive and affordable new photovoltaic system that is capable of concentrating solar radiation up to 2000 times. The system is also capable of converting 80% of incoming solar radiation into useful energy. Other than simply creating solar electricity, the system also has two other very important capabilities.

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Those other two very important capabilities include the ability to provide desalinated water and cool air. Both of those things are often in very short supply in remote locations. The technology used in the IBM system was developed in part using a three-year $2.4 million grant from the Swiss Commission for Technology and Innovation. Several other companies also work with IBM on the project including Airlight Energy, ETH Zürich, and Interstate University of Applied Sciences Buchs NTB.

IBM says that technically it would take only 2% of the solar energy from the Sahara desert to supply all of the world’s electrical needs. The problem with capturing that 2% of solar energy in the Sahara desert is that current solar panel technology is too expensive and slow to produce making massive solar installations impractical. IBM and its partner companies prototype system is called the High Concentration Photovoltaic Thermal system or HCPVT.

The prototype HCPVT system developed by IBM and the partner companies uses a large parabolic dish it features a multitude of mirror facets attached to a sun tracking system. That sun tracking system is able to position the dish at the ideal angle to capture the sun’s rays. Those concentrated rays are reflected off the mirror onto multiple microchannel-liquid cooled receivers featuring triple junction photovoltaic chips each measuring 1 x 1 cm.

Each of those chips are able to convert 200 to 250 W of power over typical eight hour day in the sun. The entire receiver combines hundreds of chips and can provide 25 kW of electricity. The researchers believe that their system can achieve a cost per aperture area of below $250 per square meter, which is three times cheaper than comparable systems. Using the system, the levelized cost of energy would be under $.10 per kilowatt hour making cost on par with traditional coal powered electrical plants.

[via IBM]


IBM scientists research concentrated solar radiation power source is written by Shane McGlaun & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

Solar Collector From An IBM-Led Group

Solar Collector From An IBM Led GroupSolar power is definitely the way to go where mankind is concerned, as “green energy” could very well be the thing that keeps the earth around for the next generation. Well, modern day solar collectors are able to concentrate a certain degree of energy due to safety reasons, as if you were to amass more solar energy than you are able to remain cool, you would end up frying yourself – which is not a good thing. At all. An IBM-led group might have broken new ground where solar collection is concerned with a new collector dish that is said to be able to avoid such overheating damage without compromising on performance. Instead, it would even take a step forward, where the hundreds of photovoltaic chips which see action in gathering energy at the center will remain cooled by a similar microchannel water cooling that prevented Aquasar from frying, allowing each chip to concentrate 2,000 times the solar energy it would normally face.

We are talking about an affordable photovoltaic system which is capable of concentrating the power of 2,000 suns on average, while boasting of an efficiency level that collects 80% of incoming radiation, converting it into energy that the masses can take advantage of later. This proposed system is capable of being installed at just about anywhere sustainable energy, drinkable water and cool air are difficult to come across, and your pockets would smile too, as it comes at cost of three times lower compared to other systems in the market.

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IBM solar collector will concentrate the power of 2,000 suns, keep its cool

IBM alliance's HCPVT solar collector produces 25kW of power, keeps its cool

Modern solar collectors can concentrate only so much energy for safety’s sake: too much in one place and they risk cooking themselves. An IBM-led group is working on a new collector dish that could avoid that damage while taking a big step forward in solar power efficiency. The hundreds of photovoltaic chips gathering energy at the center will be cooled by the same sort of microchannel water cooling that kept Aquasar from frying, letting each chip safely concentrate 2,000 times the solar energy it would normally face. The collector also promises to do more with sunlight once it’s trapped: since the microchannels should absorb more than half of the waste heat, their hot water byproduct can either be filtered into drinkable water or converted into air conditioning.

As you might imagine, IBM sees more than just the obvious environmental benefit. When a receiver will generate about 25kW of energy while costing less to make through cheaper mirrors and structures, a fully developed solar array could be an affordable replacement for coal power that delivers greater independence — picture remote towns that need a fresh water supply. IBM doesn’t estimate when we’ll see production of these collectors beyond several prototypes, but the finished work will likely be welcome to anyone frustrated by the scalability of current solar energy.

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Source: IBM

IBM reportedly selling server business to Lenovo

It’s been roughly nine years since the time that IBM sold off its consumer PC business to Lenovo, and now it looks like IBM’s server business is the next to go for the company. It’s reported that IBM and Lenovo are in talks to make a deal that would see Lenovo buy IBM’s x86 server business for at least $2.5 billion.

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According to Bloomberg, the deal would see IBM’s low-end x86 server business be bought out by Lenovo, and it could cost as much as $4.5 billion, with $2.5 billion being on the lower end. IBM’s server business hasn’t been doing so well, so a selloff to Lenovo would mostly likely put IBM’s server business in better hands.

For example, Lenovo used the purchase of IBM’s PC business to become the world’s second-largest PC manufacturer, and now the company is dabbling around in the tablet market, as well as the smartphone market for the first time. Lenovo told its investors today they’re “in preliminary negotiations with a third party in connection with a potential acquisition,” but IBM was not mentioned.

IBM’s latest quarterly earnings weren’t terrible, but they also weren’t good. The company reported a 1% drop in profits over the quarter, which missed predictions by $1.3 billion. Furthermore, IBM’s System x server sales dropped by 9%, while mainframe sales increased 7%. However, IBM’s hardware profits experienced a $405 million loss.

[via Bloomberg]


IBM reportedly selling server business to Lenovo is written by Craig Lloyd & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

Bill Gates and Paul Allen Recreate Iconic 1981 Microsoft Photo

Back in 1981, Bill Gates and Microsoft co-founder Paul Allen pulled of an audacious feat: they licensed MS-DOS to IBM, but in a deal that saw them retain entire control of the software. To mark the occasion, the pair were photographed amid a sea of contemporary computers—and now they’ve recreated the image. More »

IBM Roadrunner Hits The End Of The Road

IBM Roadrunner Hits The End Of The RoadAll good things must always come to an end, as nothing is permanent except death and some say, taxes. Well, IBM’s Roadrunner, what was once the world’s fastest supercomputer, has arrived at the end of its distinguished life, as it will be decommissioned Sunday. The IBM Roadrunner cost $121 million to build, and was tucked away at one of the nation’s premier nuclear weapons research laboratories that was located in northern New Mexico.

The simple reason given to the masses would be the scourge that affects us all – age. After all, the world of supercomputing is one that evolves all too rapidly, and the Roadrunner is no longer at the forefront of the race, where something smaller, faster, and more energy efficient without raking up the final bill has already hit the industry. However, the IBM Roadrunner can still lay claim to be one of the 25 fastest supercomputers in the world at this point in time.”

If there was just one thing that you could attribute to the IBM Roadrunner, it would be this. Back in 2008, the Roadrunner proved to be the first supercomputer in the world to surpass the once elusive petaflop barrier by processing slightly more than a quadrillion mathematical calculations per second, now how about that?

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