There's an arms race going on between antibiotics and bacteria, and bacteria are winning. They've got evolution on their side, and there's a blajillion of them. IBM has been fighting back with bacteria-targeting "polymer ninjas," and they're poised to go beyond medicine and into consumer products.
By 2024, the largest radio telescope ever will dot the landscape of either Australia or South Africa with thousands of antennae spread out over 2,000 miles. The Square Kilometre Array will record the equivalent of an Internet's worth of data twice a day, and IBM is building a computer that can handle it all.
IBM's always been looking out for the best interests of humanity, even when its robots school us at Jeopardy. A patent granted to IBM just a few weeks ago outlines a system they're working on for tying financial incentives in with healthy habits, such that eating well and getting exercise might actually pay off with real money.
As part of IBM's "5 in 5" forecasts of predictions, the company says that "minding reading" (more like mind control) will no longer be a science fiction dream and that within five years, we'll all be controlling our computers and smartphones by just wiggling our brains.
Everything in your computer is more or less 2D. You've got graphics cards, processors, and memory that are all effectively silicon pancakes. IBM thinks that's all just a big waste of a dimension, and they're working commercial deployment of a decidedly three-dimensional Hybrid Memory Cube.
You might think your 1TB of storage is a ton. And it is! But it's got nothing on what IBM is cooking up: a 120 petabyte storage setup, the largest ever.
Portland, Oregon is widely acknowledged by experts* as one of the best cities on the planet, and quite possibly in the entire universe. To figure why, and to make things even better (like that's possible), IBM is going to attempt to simulate the entire city in a giant computer game.
The age of flash memory might be nearing a close even before those sexy SSDs really hit the mainstream market, as IBM has just announced that they've figured out a way to make phase-change memory a commercial reality within five years. What's in it for you? Well, how does accessing your data about a hundred times faster sound?
IBM's Watson computer may have made headlines beating human opponents on Jeopardy, but it's got a new, less glamorous job ahead of it: making medical diagnoses.
50 years ago today, Alan Shepard, America's first astronaut, and the then-newly-formed National Aeronautics and Space Administration (or NASA to you and me) achieved an important milestone for the U.S. space program: America's first manned spaceflight. The effort is often talked about in terms of the people involved, or the spacecraft that made it possible. Alan Shepard, for instance, is rightfully regarded as a national hero, and the humble Redstone rocket that carried him into sub-orbit is an iconic reminder of that first flight. There's a crucial component that also played a massive role, however, a young technology at the time that rarely gets its due considering how important it was: the computer.