IBM and the US government teamed up to develop a new supercomputer for use on national security missions. It makes decisions like a human brain, and uses less power than a hearing aid.
When it comes to supercomputers, the U.S. used to rule the roost. But these days its status is slipping—while China is surging ahead.
Ever hear of whiteflies? They’re the color of snowflakes and practically as tiny, but they’re global plant-killers. One of their favorite snacks is the cassava, a root that’s a crucial staple food for 700 million people worldwide. But one computational biologist and her team are on a mission to save the cassava from…
Almost exactly ten years ago, NASA’s models showed Hurricane Katrina approaching the coast of Louisiana. At the time, most models had a resolution of 50 kilometers. Today it’s down to just a little over 6 kilometers.
The US does not currently own the world’s fastest supercomputer. But if President Obama gets his way, that will change. Yesterday, Obama signed an executive order launching a program to build the world’s fastest supercomputer—30 times faster than all others.
In the latest passive-aggressive exchange between the US and its rival superpower, the Department of Commerce has denied Intel a license to export tens of thousands of Xeon Phi chips to China to upgrade the country’s Tianhe-2 supercomputer. Because, you know, nukes.
IBM wants its supercomputer Watson to help you get healthy—by analyzing your genes. A startup called Pathway Genomics is teaming up with IBM to create a fitness and diet tracking app that uses DNA sequencing and Watson's intelligence to give custom health recommendations.
The UK's Met Office has just announced that it's taking delivery of a new $150 million supercomputer—one that will be able to predict the weather accurately enough to know what it will be like on the very road you live on.
The surreal strength of IBM's famous supercomputer, Watson, is now available to the public (for a fee). And to mark the occasion, the company threw a little party last week and served a very blue cocktail. Naturally, I whipped up my own slight variation when I got back to the office. I call it the Big Blue Hurricane.
The USAA has announced that it's recruiting IBM's Watson for its first-ever consumer-facing application—and it'll help military members transition back into civilian life.
Quantum computing is being hailed as the future of data processing, with promises of performing calculations thousands of times faster than modern supercomputers while consuming magnitudes less electricity. And in the span of just two years the only commercially available quantum computer, the D-Wave One, has already…
IBM just put the pedal to the metal on Watson's crawl towards relevance. The company just announced a $1 billion investment, giving the supercomputer its own business division as well as an office in New York City's Astor Place.
Earlier this year, NASA, in partnership with Google, acquired the world's largest quantum computer. But just what does the space agency plan to do with a device with such revolutionary potential? We talked to one of their lead researchers to find out.
Watson was always going to be more than just a successful game show contestant. Now, the computer is about to take on anything and everything, as it opens itself up to the public on the cloud.
Using some of the most powerful supercomputers on the planet, the fine folks at Argonne National Lab have constructed a virtual model of the universe that tracks 1.1 trillion particles as they expand and bind. The achievement is four times larger than previous simulations.
While Obama might be having a hell of a time trying to reform healthcare, we perhaps shouldn't worry too much—because IBM's supercomputer Watson is now being used to fix America's shortage of doctors.
For the past five years, the mad scientists at CERN have been connecting their computers to colleagues' around the world to pool their processing power. This so-called Worldwide Grid turns a regular old desktop into a supercomputer by just plugging in. Now it will do the same with smartphones and tablets.
And it required 82,944 processors, to do it — showing that we're still quite a ways off from being able to match the computational power of the human brain.