Hasta La Gadget!

It was a monumental week for efficient transportation as China unveiled plans to connect its high speed rail network all the way to Europe. We were also excited to see Solar Roadways unveil the first prototype of an energy-generating road that stands to transform our freeways into power conduits. Meanwhile, one 74 year old man is going solo and blazing his own trail across the states aboard a solar powered stroller.

Inhabitat also showcased several amazing feats of architecture this week. One of the world’s first skyscrapers with built-in wind turbines is rising above London, while designer Enrico Dini has created a gigantic 3D printer that is able to create entire buildings out of stone.

Finally, we explored all sorts of ways that people are getting wired – literally. Students at the University of Washington are working on a set of solar-powered augmented reality contact lenses that may just bring terminator vision to the masses, while Spanish scientists are working on nanochips that can be that can be implanted into human body cells to detect diseases earlier. And in case you haven’t heard, “me-fi” is the new WiFi as researches have discovered a way to transmit 10mbps broadband data through a human arm.

Inhabitat’s Week in Green: high speed rail, augmented reality, and body broadband originally appeared on Engadget on Mon, 22 Mar 2010 12:32:00 EST. Please see our terms for use of feeds.

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New UK Internet Addiction clinic offers in-patient therapy to ‘screenagers’ originally appeared on Engadget on Fri, 19 Mar 2010 11:19:00 EST. Please see our terms for use of feeds.

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If you’ve followed the progression of CPU tech you’ve surely learned that improving nanoscale chip fabrication of processors is the key to success these days. Smaller transistors means more speed in any given chip — or smaller chips of the same speed, an idea that has some researchers pondering what would happen if you were to inject a CPU into your cells. The team, centered at the Instituto de Microelectrónica de Barcelona, was able to insert 3µm chips into living cells. Of those receiving this augmentation 90 percent survived, meaning if you were to get this treatment today you’d only be 10 percent dead. Right now the chips do nothing, but future applications include the potential for embedding sensors inside you, down where you store your deepest, darkest secrets.

Nanoscale computer chips set to invade your cells originally appeared on Engadget on Mon, 15 Mar 2010 11:43:00 EST. Please see our terms for use of feeds.

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Even DARPA understands that its futuristic bubble shield can be penetrated given the right circumstances, and when it does, the soldier behind it is going to need some serious healing. In a hurry. In the entity’s newest budget, there’s $6.5 million tucked away “for the creation of a scaffold-free tissue engineering platform, which would allow the construction of large, complex tissues in vitro and in vivo.” As you well know, this type of mad science has been around for quite some time, and now it looks as if DARPA is ready for the next best thing: “non-contact forces.” Put simply, this alludes to replacing scaffolds with magnetic fields or dielectrophoresis, which could purportedly “control cell placement in a desired pattern for a sufficient period of time to allow the cells to synthesize their own scaffold.” It’s still too early to say how close we are to being able to instantaneously heal soldiers on the battlefield, but frankly, the public is apt to never know for sure.

DARPA longs for magnetic body healers, crazy respawn camps originally appeared on Engadget on Wed, 24 Feb 2010 04:22:00 EST. Please see our terms for use of feeds.

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What’s better than an artificial nose? Why, an artificial foot, of course! University of Michigan researchers have developed a new prosthetic foot that could one day make it much easier for amputees to walk. Put simply, this new prototype drastically cuts the energy spent per step, as it harnesses the energy exerted when taking a step and enhances the power of ankle push-off. The device is able to capture dissipated energy, and an inbuilt microcontroller tells the foot to return the energy to the system at precisely the right time. Tests have shown that those using this here foot spent just 14 percent more energy to walk than one would spend when walking naturally, which is a rather significant decrease from the 23 percent uptick experienced with conventional prostheses. If you’re still baffled, there’s a pretty wicked video demonstration waiting for you after the break.

Continue reading Energy-recycling foot makes it easier for amputees to walk

Energy-recycling foot makes it easier for amputees to walk originally appeared on Engadget on Mon, 22 Feb 2010 09:21:00 EST. Please see our terms for use of feeds.

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