Who knew closely investigating expo floor layouts could be so fun and rewarding? Sure enough, the 2008 DemoFest Booth Map hosted up for Microsoft's upcoming (July 27th - 29th) Research Faculty Summit shows allotted space for one "Multi-Touch Spherical Display." Of course, Redmond-based exhibitors may end up dedicating slot 110 to carbonated beverages and unhealthy snacks, but whether those sly cats are ready to admit it or not, we know this thing is real.

[Via ZDNet]

Carbon nanotubes may very well kill you (okay, so that's very much a stretch), but you'll have a hard time convincing the dutiful scientists at the University of Illinois at Urbana-Champaign to stop their promising research. Put simply (or as simply as possible), said researchers have discovered that "networks of single-walled carbon nanotubes printed onto bendable plastic perform well as semiconductors in integrated circuits." So well, in fact, that the nanotube networks could one day "replace organic semiconductors in applications such as flexible displays." Granted, there is still much to do before these networks are ready for product integration, but you can bet these folks aren't hitting the brakes after coming this far.

You think your liquid-cooled rig is pretty snazzy, don't you? After Purdue researchers get their technology on the streets, that stuff will seriously look like old hat. The team is working on a "miniature refrigeration system small enough to fit inside laptops and personal computers," which would hopefully boost cooling performance while enabling computers to be smaller. According to Suresh Garimella, they have "a very good handle on the technology," but it's still a ways from being implemented in end products. Don't worry though, we're sure the likes of Alienware and Voodoo PC will have it up as optional equipment just as soon as it clears the quality assurance lab.

[Via TheFutureOfThings, thanks Iddo]

In reality, quite a bit of time has passed since we've heard of the next great leap in the (seemingly) never-ending journey towards quantum computing, but we're incredibly relieved to learn that at least someone is still out there, somewhere, pressing on. An international team of researchers have reportedly shown that they can "control the quantum state of a single electron in a silicon transistor, even putting the electron in two places at once." Essentially, the team is using tiny semiconductor transistors to "control the state of a quantum system," but there is still a long ways to go before any of this is meaningful. The crew managed to discover a few things by chance, yet to create a quantum computer, they would need to "position atoms of arsenic (or some other material) in the transistors more reliably." For those of you way too geeked out, fret not -- we'll let you know when all of this technobabble finally amounts to something.

[Thanks, Chris]

Not that robots with emotions are anything new, but a project going on in Europe could perfect the art of crafting mechanical people that can "learn when a person is sad, happy or angry." The Feelix Growing project is getting even more advanced with software that gives robots the power to understand how a person is feeling based on feedback from cameras and sensors. The bots look at a human's facial expression and key in on their voice and proximity to determine what kind of mood they're in. As with the recently announced UMass Mobile Manipulator, this creature too learns from experience, and there's a video explaining just what we mean waiting for you in the read link.

[Via Physorg]

Every so often, we get wind of some new "breakthrough" from a few guys / gals in a lab that promises to simply revolutionize the web. A team from the University of Sydney is the latest bunch to do so, claiming that a piece of scratched glass (or a Photonic Integrated Circuit, if we're being proper) could enable internet speeds 60 times faster than "current Australian networks." Essentially, the "circuit uses the scratch as a guide or a switching path for information," and the resulting product is "photonic technology that has terabit per second capacity." Call us when you folks get everything ironed out -- we'll be over at Sigbritt Löthberg's house.

[Via The Future of Things, thanks iddo]

Not like we haven't heard of at-home dialysis before, but a pair of researchers from UCLA and the Veterans Affairs Greater Los Angeles Healthcare System concocted a design which would make the process even more portable. The AWAK (automated, wearable artificial kidney) would "avoid the complications patients often suffer with traditional dialysis" by being bloodless in nature; additionally, it would theoretically "reduce or even eliminate protein loss." Fittingly, UCLA-VA has already inked an agreement with Singapore-based AWAK Technologies in order to develop a commercial version, but there's no mention of how soon the creators expect said device to be widely available.

[Via Physorg]

We're pretty certain we'll be hearing this same story each year, every year for the rest of eternity, but hey, not like we're kvetching over that or anything. Once again, we're hearing that mad scientists have developed a breakthrough that makes Mr. Moore look remarkably bright, as a new approach to chip making could carve features in silicon chips "that are many times smaller than the wavelength of the light used to make them." Reportedly, the new method "produces grids of parallel lines just 25-nanometers wide using light with a wavelength of 351-nanometers," although the grids aren't functional circuits just yet. If you're interested in more technobabble on the matter, head on down to the read link, but we'd recommend against if you're easily frightened by terms like "photolithographic" and "nanotechnology."

So maybe your stress level isn't sky high just yet, but even after an extended weekend, all it takes is that one email to get you right back where you were last Wednesday. As if you really needed something to tell you that (and if you don't have time to wait for Sweety to become a reality), a host of researchers have created a sensor-laden vest that will be able to inform wearers just how stressed they are. Developed as part of the EU's CONTEXT project, this sure-to-be-hip vest packs ultra-sensitive electrodes which register changes in muscle tension as individuals get more and more stressed, and in theory, letting someone know what's happening will allow them to simmer down before they further jeopardize their health (and the livelihood of colleagues, if you dig). Eh, we still prefer the Dr. Whippy method, honestly.

[Via Talk2MyShirt, thanks Tony]

Robots teaching robots? Check. Robots teaching humans? Check. Robots learning things on their own accord? Um, terrifying? All kidding aside, the UMass Mobile Manipulator is one smart cookie. Put simply, this intelligent robot pushes objects around in order to identify how they move, and once that's accomplish, it begins "manipulating them to perform tasks." If this sounds awfully similar to something your infant does, that's because the two are indeed very much related. UMan, as it's so eloquently dubbed, packs its own wheels, battery pack, one-meter arm, three-fingered hand and webcam in order to interact with the world, and sure enough, one researcher even mentioned the potential of it learning to operate a pair of scissors. Great, what's next -- a BFG?

[Via CrunchGear]

There are literally entire stores devoted to devices that detect drink spiking (okay, maybe not stores), but what about those of us concerned over food-borne pathogens? A crew of European researchers are addressing said worries by "creating one of only two prototype systems in the world that prepare samples and perform DNA tests on bacteria in a portable, easy-to-use and cost-effective chip." Essentially, the EU-funded OptoLabCard project is aiming to concoct a small, disposable laboratory that humans could carry around and use to detect diseases such as campylobacter and salmonella before ingesting contaminated grub. Team members are suggesting that a commercial product could be ready to roll within three years, with prices for each "lab" reaching as low as $0.50. 'Til then, always make your buddy have the first bite.

[Via Physorg]

Never mind those fancy BD-R critters, how's about a 42GB DVD? Researchers with a good deal more intelligence than us over at Tohoku University have reportedly figured out a way to "multiply the amount of data that can be stored on a DVD or CD by 9." Based on our best guess at translating a foreign language (we kid... sort of), the achievement was realized by shaping the pits on a DVD's surface like Vs, essentially making the disc more capacious in the process. Unfortunately, said project will probably never see any mainstream attention, as existing DVD / CD players won't recognize the malformed media, and worse still, the process can't be applied to Blu-ray Discs.

[Via CrunchGear]

Brain-machine interfaces have done quite a bit in helping handicapped individuals interact with prosthetic limbs, computers and other humans, but a new neural implant concocted at the University of Florida could make all those past devices look archaic. Put simply, researchers have discovered a method that would enable brain-machine interfaces to "adapt to a person's behavior over time and use the knowledge to help complete a task more efficiently." Until now, the brain was the instrument doing all the talking while the computer simply accepted commands; with this method, "the computer could have a say in that conversation, too." In all seriousness, this type of learning mechanism could be game-changing in the world of physical therapy, but we hesitate to give something mechanical inside of our body too much free will, ya dig?

[Via Physorg]

So, we hear that Planet Earth is home to four billion phone lines. Now it can claim to house over one billion installed PCs -- what do those neighboring planets have on that, huh? According to research firm Gartner, the number of "installed PCs worldwide has surpassed 1 billion units," and it estimates that said figure is growing at around 12-percent annually. Should this trend continue, we'll be reporting on 2 billion sometime during 2014. It should be noted that this figure accounts for computers in use rather than units shipped, and while the current ratio remains slanted towards mature markets, Gartner expects emerging markets to (expectedly) account for a larger share as we climb to 2 billion. Unsurprisingly, the firm also suggests that around 180 million PCs will be replaced this year, with around 35 million of those hitting landfills "with little or no regard for their toxic content." Kind of puts a damper on things, wouldn't you say?

[Via Reuters, image courtesy of Wikimedia]

We've always heard that Chewbacca and friends had the power to control nanoscale strain in processors in a galaxy far, far away, but we Earthlings are just now getting caught up. Researchers at the Centre d'élaboration de matériaux et d'études structurales (CEMES-CNRS) have reportedly patented a measurement device that will essentially "enable manufacturers to improve microprocessor production methods and optimize future computers." We'll warn you, the meat of this stuff is pretty technical, but the take home is this: the technique has a good chance at "optimizing strain modeling in transistors and enhancing their electrical efficiency," which is just what we need for more potent chips that demand less energy. And that's something even a layman can appreciate.