2015 Detroit NAIAS Auto Show

Ben Coxworth

Researchers have used functional magnetic resonance imaging technology to help test subjec...

How would you like to have the ability to play the piano downloaded into your brain? You might not end up with the same sense of achievement, but it sure would be a lot quicker and easier than years of lessons and practicing. Well, we're not there yet (and perhaps we never should be), but that sort of scenario is now a little closer to reality, thanks to research conducted at Boston University and ATR Computational Neuroscience Laboratories in Kyoto, Japan.  Read More

The SensoGlove, which monitors a golfer's grip on their club, has been upgraded

Working with a golf pro can definitely help to improve your performance on the greens, although pros can sometimes find it difficult to determine if you’re gripping your club too tightly, just by watching. Germany’s Sensosolutions addressed that problem with its SensoGlove, a computer- and sensor-equipped glove that allows users to set their desired level of grip, and then receive feedback on whether or not they’re gripping within that range. Yesterday, the company announced that the glove has now been improved.  Read More

The FourPro is a salt-tolerant underwater housing for the iPhone 4 and 4S, which allows th...

If nothing else, the iPhone 4’s ability to shoot 1080p high-def video has certainly done one thing – provided inventors with things to make. There is currently what could almost be described as a gold rush, as products are being designed to augment the smartphone’s camera, to the point that it could be used for all of the same things as traditional, stand-alone video cameras. Some of these innovations have included interchangeable lenses, a mini SteadiCam, and a rugged helmet-mount system. Now, an underwater housing system for the iPhone 4 and 4S is in the works, which will allow users to shoot undersea video at depths of up to 100 feet (30.5 meters).  Read More

Things could get tougher for bacteria such as these E. coli, thanks to two new bacteria-ki...

According to Dr. Dick Zoutman of Queen's University in Canada, over 100,000 people die every year in North America alone, due to hospital-acquired infections. It would only seem to follow that hospitals need to be kept cleaner, and Zoutman has developed something that he says can do the job - an ozone and hydrogen peroxide vapor gas. Some bacteria are particularly tenacious, however, and that's where Dr. Udi Qimron of Tel Aviv University comes into the picture. He has developed a liquid solution in which viruses are used to make antibiotic-resistant bacteria once again vulnerable to traditional cleansers.  Read More

Stratolaunch Systems has announced its planned air-launch-to-orbit system, which will get ...

Seven years ago, philanthropist Paul G. Allen collaborated with aerospace expert Burt Rutan, to create SpaceShipOne – the first privately-funded, manned rocket ship to fly beyond Earth’s atmosphere, and winner of the Ansari X PRIZE. Now, in the post-Shuttle era, the two men have reunited to create a reusable vehicle for launching both manned and unmanned rockets into space. The project was announced in Seattle today.  Read More

The Mountainskyver TRAIL is a folding downhill scooter that can be packed to the top of a ...

Zipping down the side of a mountain on a downhill mountain bike can be incredibly fun, but getting the bike up there ... well, you can pedal the 40 to 50-pound thing to the top yourself, pay to use a zero-exercise chair lift, or add to your bike's weight with an electric-assist motor. In an approach we've seen before in the form of the Mountain Monk, German gear company ORTOVOX is offering another way to get to the summit and back down again. It's called the Mountainskyver TRAIL, and it's a folding downhill scooter(?) that a hiker carries to the mountaintop in an included custom backpack, then quickly assembles and rides back down.  Read More

Former graduate student Nirav Dave (left) and PhD student Myron King (right) were part of ...

Although we may think of smartphones as being like tiny desktop computers, they do have at least one key difference – in order to save battery power, many of their functions are hardwired into highly-efficient dedicated processors, instead of taking the form of software. Because smartphones perform so many functions, however, not all of them can be hardwired. As a result, designers of mobile devices must decide which functions will be handled by software, and which by hardware. Computer scientists from MIT have recently devised a system that should make those designers’ jobs a lot easier – if they’re willing to adopt it.  Read More

The LUXURY MIG 675 is a 70-mph hydrogen-powered motor boat

If money is no object to you, but environmental concerns are, then LUXURY’s MIG 675 might be your kind of boat. The 22 x 8-foot (6.7 x 2.5-meter) cruiser seats three, has a top speed of 70 mph (113 km/h), and produces emissions consisting of nothing but water vapor – this sucker is hydrogen-powered. It's where that hydrogen reportedly comes from, however, that may really raise a few eyebrows.  Read More

A diagram of a three-dimensional indium-gallium-arsenide transistor (Image: Peter Ye, Purd...

Starting next year, computers will be available with three-dimensional transistors – these will incorporate vertical components, unlike the flat chips that we’re used to seeing. This structure will allow them to have shorter gates, which are the components that allow the transistors to switch the electrical current on and off, and to direct its flow. The shorter the gate, the faster the computer can operate. While the new 3D transistors will have a gate length of 22 nanometers, as opposed to the present length of about 45, the use of silicon as a construction material limits how much shorter they could ultimately get. That’s why scientists from Purdue and Harvard universities have created prototype 3D transistors made out of indium-gallium-arsenide – the same compound recently used in a record-breaking solar cell.  Read More

CompBullets are claimed to go faster than regular bullets, due to vents that have been mac...

Competition shooters like their bullets to fly as fast (and thus straight) as possible, and they try to keep recoil to a minimum. Italian ammunition-maker CompBullet produces a series of bullets of the same name, which are claimed to both go faster than normal ammo, and produce less recoil. The secret? The bullets have go-faster holes in them.  Read More

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