Stanford cuts down on clutter by removing 70,000 books from its Engineering Library

Guess this is one way to tighten your belt. Stanford University has opted to drastically reduce the catalog of physical volumes within its Engineering Library down from its original 80,000 to a svelte 10,000 copies. Before you cry foul and analogize between this and the prep school that threw out all its paper books, note that we’re mostly talking about periodicals here, which tend to be used for quick references — something that the newly digitized and searchable copies will probably make a lot easier. This action was prompted when the University noticed a large proportion of its leafy volumes hadn’t left their shelves for over five years, and now the librarians are all aflutter with excitement about using the freed up space and resources for more productive causes. Such as educating us on the unappreciated benefits of indexing.

Stanford cuts down on clutter by removing 70,000 books from its Engineering Library originally appeared on Engadget on Mon, 12 Jul 2010 05:09:00 EDT. Please see our terms for use of feeds.

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Christie creates baffling 3D HD CAVE ‘visual environment,’ or your average Halo display in 2020

Whenever the word “Christie” is involved, you can generally count on two things: 1) you can’t afford it and 2) you’ll want to afford it. The high-end projection company is at it once again, this time installing a truly insane visual environment at Weill Cornell Medical College in New York. The 3D HD CAVE is intended to help researchers find breakthroughs in biomedical studies, and while CAVE itself has been around for years, this particular version easily trumps prior iterations. For starters, it relies on eight Christie Mirage 3-chip DLP projectors, all of which have active stereo capabilities and can deliver a native resolution of 1,920 x 1,920. Yeah, that’s 3.68 megapixels per wall. The idea here is to provide mad scientists with a ridiculous amount of pixel density in an immersive world, but all we can think about is hooking Kinect and the next installment of Bungie’s famed franchise up to this thing. Can we get an “amen?”

Continue reading Christie creates baffling 3D HD CAVE ‘visual environment,’ or your average Halo display in 2020

Christie creates baffling 3D HD CAVE ‘visual environment,’ or your average Halo display in 2020 originally appeared on Engadget on Thu, 08 Jul 2010 16:20:00 EDT. Please see our terms for use of feeds.

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Inhabitat’s Week in Green: street-legal Tron lightcycles, electronic eyeglasses, and the American Solar Challenge

Each week our friends at Inhabitat recap the week’s most interesting green developments and clean tech news for us.

This week Inhabitat saw solar-powered vehicles blaze trails around the globe as the University of Michigan’s sleek pod car crossed the finish line to win the American Solar Challenge. We also watched the Solar Impulse gear up for its first eagerly anticipated night flight — a pivotal undertaking as the sun-powered plane prepares to circle the earth. In other clean transportation news, and we were stunned to see a set of street-legal electric Tron lightcycles pop up on eBay.

The field of renewable energy also heated up this week as researchers revealed an innovative tri-layered solar panel that’s capable of catching the full spectrum of the sun’s rays. Wind power made waves as well as Principle Power unveiled a new ultra-sturdy ocean platform that’s able to support the world’s tallest wind turbines.

Finally, we saw the light this week as Illumitex unveiled the world’s first square LED bulb, which they claim is cheaper, more efficient and more practical than typical round bulbs. We also peered at an innovative new type of electronic eyeglasses that can change your prescription with the push of a button. And for all you shutterbugs looking to share your vision with the world, you won’t want to miss this handy solar camera strap that ensures you’ll never miss a shot.

Inhabitat’s Week in Green: street-legal Tron lightcycles, electronic eyeglasses, and the American Solar Challenge originally appeared on Engadget on Mon, 05 Jul 2010 21:24:00 EDT. Please see our terms for use of feeds.

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iPhone 4 antenna problems were predicted on June 10 by Danish professor

Well, this must be one of the most epic “I told you so” moments in the history of consumer electronics. Professor Gert Frølund Pedersen, an antenna expert over at Denmark’s Aalborg University, managed to get his concerns about the iPhone 4’s external antennae on the record a cool two weeks before the phone was even released. In an interview on June 10, the Danish brainbox explained that he wasn’t impressed by Steve Jobs’ promises of better reception, describing external antennas as “old news,” and suggested that contact with fleshlings could result in undesirable consequences to the handset’s reception:

“The human tissue will in any event have an inhibitory effect on the antenna. Touch means that a larger portion of antenna energy becomes heat and lost.”

Machine-translated that may be, but you get the point. Researchers at Gert’s university have already shown that over 90 percent of any phone’s antenna signal can be stifled by holding it in the right place, but he’s highlighting the specific exposure to skin contact as a separate issue to be mindful of. Good to know we’ve got sharp minds out there, and as to his suggested solution, Gert says phones should ideally have two antennae that act in a sort of redundant array, so that when one is blocked, the other can pick up the slack. So, what are we going to do now, Apple?

[Thanks, Andrew]

iPhone 4 antenna problems were predicted on June 10 by Danish professor originally appeared on Engadget on Sat, 26 Jun 2010 18:51:00 EDT. Please see our terms for use of feeds.

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Self-assembling nanodevices could advance medicine one tiny leap at a time

Seems like Harvard wasn’t content with making robotic bees, and has taken its quest for miniaturization right down to the nanoscale level. One nanometer-wide, single-stranded DNA molecules are the topic of the university’s latest research, which sets out a way they can be used to create “3D prestressed tensegrity structures.” Should these theoretical scribblings ever pan out in the real world, we could see the resulting self-assembled nanodevices facilitating drug delivery targeted directly at the diseased cells, and even the reprogramming of human stem cells. Infusing a nanodevice with the relevant DNA data passes instructions on to your stem cells, which consequently turn into, for example, new bone tissue or neurons to augment your fleshy CPU. Yes, we’re kinda freaked out, but what’s cooler than being able to say you’re going to the doctor for a shot of nanotransformers?

Self-assembling nanodevices could advance medicine one tiny leap at a time originally appeared on Engadget on Thu, 24 Jun 2010 02:40:00 EDT. Please see our terms for use of feeds.

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Autonomous quadrocopter flies through windows, straight into our hearts (video)

We don’t know whether we should be terrified or overjoyed. We’ve just come across a video demo from the University of Pennsylvania’s GRASP Lab that shows an autonomous quadrotor helicopter performing “precise aggressive maneuvers.” And trust us when we say, nothing in the foregoing sentence is an overstatement — the thing moves with the speed and grace of an angry bee, while accompanied by the perfectly menacing whine of its little engine. See this work of scientific art in motion after the break.

[Thanks, William]

Continue reading Autonomous quadrocopter flies through windows, straight into our hearts (video)

Autonomous quadrocopter flies through windows, straight into our hearts (video) originally appeared on Engadget on Fri, 28 May 2010 04:30:00 EDT. Please see our terms for use of feeds.

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Kindle DX trial at Darden concludes it’s academically woeful, personally enjoyable

Amazon’s experiment of replacing textbooks with Kindle DXs in classrooms already took a pretty hefty blow from Princeton’s feedback — which described the jumbo e-reader as “a poor excuse” for an academic tool — but here comes some more punishment courtesy of the trialists at Darden. The Business School describes the DX as clunky and too slow to keep up with the pace of teaching, with up to 80 percent of users saying they wouldn’t recommend it for academic use. There is a silver lining to this cloud of hate however, as up to 95 percent of all project participants would be happy to recommend the Kindle DX as a personal reading device. That meshes rather well with the high satisfaction and sales figures e-readers are enjoying, but it does show that the hardware has a long way to go before it convinces us to ditch our paperbacks.

[Thanks, Miles B]

Kindle DX trial at Darden concludes it’s academically woeful, personally enjoyable originally appeared on Engadget on Thu, 13 May 2010 08:57:00 EST. Please see our terms for use of feeds.

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3D printer creates ice sculptures — just add water

Paper-mache, candy, and human cells have all been seen flowing through 3D printers for custom fabrication work, but students and faculty at Canada’s McGill University have a cheaper prototyping material: plain ol’ H2O. They recently modified this Fab@Home Model 1 by replacing the soft goo extruders with a temperature-controlled water delivery system, and set about making decorative ice sculptures and a large beer mug for good measure. While the academic project is officially supposed to explore “economic alternatives to intricate 3D models of architectural objects,” we’re not sure architects will want much to do with prototypes that drip… but tourism might well get a boost from liquor sold in frosty custom containers. We’re thirsty just looking at them.

3D printer creates ice sculptures — just add water originally appeared on Engadget on Mon, 03 May 2010 08:32:00 EST. Please see our terms for use of feeds.

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NC State gurus create harder, better, faster, stronger ‘smart sensors’

The year is 1974. Skywalker lives, and a tradition is born. The year is 1983. The odds are ridiculous. The final score leads to an unpremeditated running around the court that’ll live forever in history. Fast forward to 2010, and NC State is hanging onto advancements in science while the blued neighbors in Durham and Chapel-Hill are celebrating back-to-back titles. Regardless of all that, we’re still pretty proud of Dr. Jay Narayan and company, who have just uncovered a new “smart sensor” that will allow for “faster response times from military applications.” Essentially, the team has taken a sensor material called vanadium oxide and integrated it with a silicon chip, forcing the sensor to become a part of the computer chip itself. The new approach leads to intelligent sensors that can “sense, manipulate and respond to information” in a much faster manner than before, providing soldiers with weapons and analyzing tools that can react more hastily to incoming ammunition or other, um, pertinent information. It’s no banner hanging ceremony, but we’ll take what we can get.

NC State gurus create harder, better, faster, stronger ‘smart sensors’ originally appeared on Engadget on Fri, 23 Apr 2010 11:12:00 EST. Please see our terms for use of feeds.

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Multitoe floor shows us the logical next step (video)

If the toe mouse just wasn’t grand enough for you, how about an entire floor to practice your foot-based inputs on? Researchers at Potsdam’s (that’s in Germany, yo) Hasso Plattner Institut have put together a multitouch floor that recognizes individual users by their shoe pattern and responds to such universally familiar actions as stomping your feet and tapping your toes. The so-called multitoe project works on the basis of frustrated total internal reflection, which allows it to ignore inactive users while being precise enough to recognize foot postures. Follow us after the break to see this back-projected proof of concept in action.

[Photo by Kay Herschelmann]

Continue reading Multitoe floor shows us the logical next step (video)

Multitoe floor shows us the logical next step (video) originally appeared on Engadget on Tue, 13 Apr 2010 06:24:00 EST. Please see our terms for use of feeds.

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