Kinect To Go to Space

While fitness video games could be a fad down here on earth, the Microsoft for Kinect for Xbox 360 could boldly go where only a few have gone before – namely outer space. The video game system could help astronauts stay a little fitter, thanks to the body tracking camera system built into the game controller’s sensor.

This could help astronauts better calculate their weight in zero gravity, something very important as those in sapce can lose up to 15 percent of their body mass because the muscles tend to develop atrophy due to lack of use. The crews already spend up to two hours a day exercising, but until recently there has been no way to measure weight post-workout.

Now the Kinect might just do the trick!

[Via New Scientist: Kinect weighs astronauts just by looking at them]

Walk To Gather Energy

A long walk will get you where you need to go, and at the same time allow you to burn a few calories. But the rest of the process is just wasted energy that could be harnessed for something else. At least that’s the idea of the electrowetting process, where a liquid that is normally hydrophobic will be forced to move by applying an electric current.

This is now a concept being used in a pair of shoes but in reverse. By walking with special shoes that contain the special substance you could force the mixture over several electrodes and create a current while walking. This energy in turn could be stored on a battery for future use. Currently a team of engineers at the University of Wisconsin are looking into how to actually bring this from concept to an actual product – but in the future you could juice up your mobile phone simply by walking. Think of this as a way of walking and talking!

[Via Ubergizmo: Electrowetting process helps you generate power while you walk]

GE Healthcare, Purdue and Notre Dame Develop Advanced CT Imaging, Promises Higher Clarity with Lower Radiation

In this image, the left shows image reconstruction using conventional CT imaging, and the right shows a scan using Veo. (Purdue University)

Purdue University and the University of Notre Dame have partnered with GE Healthcare to develop a new computed tomography (CT) scanning reconstruction technology they are calling Veo. The proprietary technology, according to the consortium, “enables physicians to diagnose patients with high-clarity images at previously unattainable low radiation dose levels.”

Invented in the 1970s, CT is an advanced version of spiral X-ray technology. While the technology has enhanced the ability of physicians to diagnosis diseases, patients are exposed to radiation during scanning. The Veo technology will help physicians get clearer images while exposing patients to less radiation.

“Conventional CT scanning takes thousands of views from different angles to ‘see’ organs and then creates a 3-D image of the person,” said Charles Bouman, Purdue’s Michael J. and Katherine R. Birck Professor of Electrical and Computer Engineering and a professor of biomedical engineering. “Veo takes radiographic images digitally that use less X-ray. A reduction in X-rays means the radiation dosage is reduced. Then, our computer algorithm uses model-based reconstruction more effectively so we can form a high-quality image with less radiation.

“Basically, Veo cleans up the noise or graininess and creates a sharper image,” Bouman added.

Read the full release after the jump

Fitness and Health Apps: Big Business in Years to Come

Even if all the sports and health mobile applications aren’t getting people in shape, it is making for a very healthy market. According to a new report from ABI Research the sports and health mobile application market will grow to over $400 million in 2016, way up from the $120 million the sector reported in 2010.

According to ABI much of that growth will be spurred by the ability of mobile handsets to offer connectivity to wearable devices that can provide greater functionality, accuracy and appeal to sports and fitness applications. The new apps can in essence replace, or at least replicate what standalone products such as heart rate monitors and calorie counters are currently providing. Continue reading Fitness and Health Apps: Big Business in Years to Come

Responsive Fabric To Help the Wearer

There is better health through technology, but what about better health through fashion? That’s the idea of Celliant, which prides itself on being the “Intel Inside of responsive textiles.” The company has actually been around for a decade, but has recently teamed up with major sportswear and fitness apparel companies including Reebok, Adidas and Saucony to create what is called “responsive fabric.”

According to a recent Fast Co.Exisit story this fabric may sound like something from science fiction, but it is actually very real, utilizing “a synthetic polymer that interacts with the body’s electromagnetic emission to induce increased oxygenation and blood flow.” The company claims that when worn as clothing Celliant can recycle energy back into the body by increasing blood flow and blood oxygen levels, and this means better athletic performance, potentially better strength and healing. Continue reading Responsive Fabric To Help the Wearer

Thursday Reading List (10/27/2011)

Welcome to a weekly digest of web links I think are worth checking out. These items include articles, images, and video. Please comment on what you find interesting. If you have something to share, please submit links of interest to mike@kineticshift.com.

 

Dr. Gabe Mirkin: Exercise Increases Mitochondria in Brain Cells

Avid cyclist Dr. Gabe Mirkin provides well-researched and useful information on the positive effects of exercise. This week he covers the benefit of exercise on the brain.

[via Dr. Gabe Mirkin: Exercise Increases Mitochondria in Brain Cells]

  Continue reading Thursday Reading List (10/27/2011)

Cutting the Cord to Brake

In cycling technology we’ve seen numerous developments that have cut the cords and removed the wires. Cycling computers have gone wireless, and even the gear shifting has been made wireless (although it is still far from standard). The next big change could be wireless brakes, as Germany’s Saarland University has created a prototype wireless braking system, which could stop a bike in just 250 milliseconds. That equates to a rider traveling at about 18.5 miles an hour stopping in about 6.6 feet – not exactly the best, but researchers think they could do better with anti-lock and traction control functionality.

Professor Holger Hermanns, who is leading the research at the Saarbrücken Computer Science department, is already reportedly in contact with bike manufacturers about a commercial version. Currently the system utilizes multiple senders to transmit the same signal, and the whole system has 99.999999999997 percent reliability, which Hermanns notes isn’t perfect, “but acceptable.” We’ll be sure to watch this technology as it could give new meaning to stopping on a dime… or in the German’s case the 10 cent Euro.

[Via BikeRadar.com: World’s first wireless electronic bicycle brake]

Football Mouth Guard Detects Injury

Mouth guards just got smarter. Those bite guards that protect teeth and impact for football players on the field may soon have some electronics built in. A team at Stanford University is testing a prototype mouth guard with sensors built inside to offer protection, but also to determine any brain injury during practice and games.

Sensors inside the mouth guard will detect movement and impact to provide insight into how different types of blows affect the brain. Even now, science is still learning about how the brain reacts to such trauma. Researchers hope to use this data to not only detect and diagnose injury, but to further research on brain trauma, and the threshold where impact becomes harmful.

Football players have used sensors imbedded in equipment such as helmets for several seasons. The Stanford University researchers and the Seattle-based X2 Impact, which made the bite guards, aim for this to be a less expensive (and possibly more effective) replacement to helmets wired with sensors. Helmets are said to be faulty because they can shift during a game.

The football team at Stanford University is currently testing the mouth guards. The researchers plan to deploy the new protective gear to the Stanford women’s field hockey and lacrosse teams.

X2Impact Official Website
[Via Stanford University School of Medicine: For study of concussions, Stanford athletes use high-tech mouthpiece to record head impact]

CEA Get on Health and Fitness Track

While it had already been announced that Health and Fitness will be a tech zone at January’s 2012 CES trade show in Las Vegas, the CEA (Consumer Electronics Association) announced that it will be getting on tech track to better health at the upcoming 2011 CEA Industry Forum. At the event, which is scheduled for October 23-26 at the Manchester Grand Hyatt in San Diego, California, will include the Health and Fitness Tech Track.

Highlights of the program after the jump: Continue reading CEA Get on Health and Fitness Track

Under(wear) Armor

The U.S. Department of Defense is often accused of casting a wide web, and not that include the “Warrior Web.” This isn’t some nefarious program to wage a secret war in some distant land, but instead it could protect those soldiers who do travel to hostile lands in the not too distant future.

Essentially the Defense Advanced Research Projects Agency (DARPA) from the U.S. Department of Defense is developing a prototype one-piece suit intended for soldier use, ala a type of armored underwear, or underwear armor. This “Warrior Web” also covers more than the privates, and certainly more than just privates. All soldiers in the field could benefit from this futuristic attire that could protect soldiers from injury, help the wearer actually sustain body energy and even keep track of vital signs, not to mention look pretty cool in the process. Continue reading Under(wear) Armor

New “Impact Indicator” Being Added to Football Helmets for 2011 Season

Football season officially kicks off in a few weeks, and players in the United States and Canada will be taking to the field with the Impact Indicator as part of this season’s newest additions to the protective equipment. Fittingly it was developed by Battle Sports Science USA, as a way to measure the G-force and duration of hits (impact) sustained by an athlete’s head during play or activity in sports. It uses highly sophisticated technology and proprietary software, embedded in a helmet chinstrap, to signal the possibility of a head injury. This revolutionary new product will alert parents, referees, players and coaches to get a player off the ice or field for a medical assessment – maximizing treatment, recovery and possibly preventing subsequent brain injury.

In addition to making its way to the gridiron the Impact Indicator is being introduced as a safety device for use in the sports of hockey as well. Now players can keep their head in the game and protect it too!

Battle Sports Science USA Official Website

The Shoe of the Tiger

Everyone always talks about “the eye of the tiger,” but this month the talk could turn to the “shoe of the Tiger,” as in the new Nike prototype shoe for Tiger Woods, who has been working with one of the directors of Nike’s Innovation Kitchen. Tiger Woods and Tobie Hatfield, along with Nike Golf, have created a Nike Free prototype shoe that the golfer will wear during this week’s WGC-Bridgestone Invitational (August 3-7, 2011).

Developed in 2004 by a group led by Hatfield, the Nike Free provided “natural motion” technology that mimics and conforms to the natural motion of the wearer’s foot, while providing the protection and traction of a lightweight performance shoe. The Free-inspired elements in the new prototype model allow for greater movement for the front of the foot, while increasing stability with mobility.

“This will help give Tiger greater stability as he addresses the ball,” says Hatfield. “The freedom of movement that natural motion technology delivers will also allow more power to be released through the swing rather than through the body, which can happen when your feet are too static.” Continue reading The Shoe of the Tiger