Showing posts with label Light. Show all posts
Showing posts with label Light. Show all posts

Saturday, April 20, 2013

FAA approves Boeing 787 battery fix, gives the green light for repairs



It's been a few weeks since the Boeing 787 successfully completed testing, but the FAA has finally weighed in on the proposed tweaks to the plane's faulty lithium-ion batteries. Today the organization approved Boeing's battery fix, which means the aircraft maker could soon end the three-month grounding of all Dreamliners. The real action will come next week, when the FAA will issue instructions for making changes to the 787s and -- according to an official statement -- "publish in the Federal Register the final directive that will allow the 787 to return to service." Airlines operating the Dreamliner, including United and ANA, will be required to install containment and venting systems in addition to replacing the batteries with the new, modified components. This is certainly some good news for Boeing; these past few months haven't exactly been easy on the company's pocketbook (or reputation), but it still has plenty of work ahead in retrofitting its 50-strong fleet.


Via: Reuters


Source: FAA

Friday, April 12, 2013

Edison2 shows off an updated Very Light Car EV by exposing its unique frame (hands-on)

Edison2 shows off an updated Very Light Car EV by exposing its unique frame handson


We've had a few looks at Edison2's Very Light Car (VLC) project including its gasoline-powered X-Prize winning incarnation, but today's EV looked a bit different. In an event at the Henry Ford Museum in Dearborn, MI, CEO and founder Oliver Kuttner showed off the latest version of the vehicle, this time unskinned -- while referencing similar body-less showcases of the Lamborghini Miura and Volkswagen Beetle -- to show off the innovative suspension that contributes greatly to the car's light weight. The in-wheel suspension units connect to single piece axles that bookend the car's chassis and feature fewer contact points than traditional car suspension designs. Kuttner claims this technique will also feed back into conventional car bodies, opening up more space and taking weight out of future vehicles. Check after the break for more details about what's changed and what's next for Edison2, or dive into the gallery to take a look for yourself.Edison2 VLC at Henry Ford Museum


While downplaying the potential of hydrogen or hybrid power solutions to drive the cars of the near future, Kuttner promoted the VLC as a solution for domestic buyers as well as in markets like India and China.The aluminum-framed vehicle has a price target of about $20,000, and is capable of being powered by either an electric engine or two-stroke gas motor. This new version of the VLC increases the aerodynamic effectiveness seen in previous units while also improving interior space and aesthetics. It's also claimed that the body height can be raised or lowered, enough so that we could see an mini-SUV concept built on the technology. Currently, the restriction in height is due to a lack of larger skinny, low profile tires which will work with its design -- it's currently fitted with the skinniest 17-inch set available. Kuttner stated a 19-inch version recently demonstrated by Bridgestone would find its way onto future concepts once it's available.


Edison2 shows off an updated Very Light Car EV,


We got behind the wheel of the demo unit and found it spacious enough, if as sparsely appointed as one would expect at this stage, and the 6'4" Kuttner similarly had no problem entering and exiting. He says expanding the cabin even further, and improving the backseat is currently in the plans for future revisions, as Edison2 seeks the regulatory approval necessary to get cars like this on the road. In response to a question from the reporters in attendance, he mentioned that while Edison2 will remain a technology company developing new innovations like this, he is "100% certain" it will build cars, possibly to satisfy the safety and regulatory necessities. Despite its unconventional design and fully exposed presentation, what we saw was enough to want to test out its claimed 150mph+ top speed (depending on the engine) as soon as possible.

Show full PR text

Edison2 to Unveil New Very Light Car Architecture at The Henry Ford
April 11, 2013
Special Press Conference begins at 2pm inside Henry Ford Museum


(Dearborn, Mich. – April XX, 2013) –Edison2, the winners of the 2010 Progressive Insurance Automotive X PRIZE, will unveil their latest Very Light Car (VLC) architecture on Thursday, April 11, 2013 at The Henry Ford. This special press conference will begin at 2 p.m. next to the organization's original winning VLC on display inside Henry Ford Museum's Driving America exhibit.


Since winning the Automotive X Prize in 2010, Edison2 has been hard at work designing the next VLC. The new VLC prototype utilizes the lessons learned from this prestigious competition while also addressing consumers' needs.


The key to the VLC's remarkable structural, dynamic and aerodynamic effectiveness is its unique modular architecture. The architecture gave birth to the world's most efficient four passenger vehicle, one of which now resides inside Henry Ford Museum's Driving America exhibit. Its core technologies, including patented in-wheel suspension have been applied to the new VLC prototype. The improved, more aerodynamic shape offers better interior space and enhanced aesthetics. Capable of local, low investment manufacture and with applications far beyond Edison2's fabulously efficient streamliners, the new VLC architecture has a promising future in domestic and international markets


"We are proud to unveil our new VLC architecture here at The Henry Ford, directly next to our history making X Prize VLC," Edison2's CEO and founder, Oliver Kuttner remarked. "The auto industry has been refining the same architecture for more than 50 years, and Edison2 has created a new path - a new way of building a car that has many environmental and economic benefits. Much of this relies on Edison2's in-wheel suspension which can be seen on the VLC prototype we will be displaying."


Oliver Kuttner, a Charlottesville, Virginia entrepreneur and lifelong auto enthusiast, founded Edison2 LLC in 2007. He assembled a top-tier team of racing and aerospace engineers, designers and mechanics for the X Prize competition. For Hi-res photos visit the Edison2 website www.edison2.com/for-media/.


About The Henry Ford
The Henry Ford in Dearborn, Michigan is an internationally-recognized cultural destination where stories and artifacts from 300 years of America's history bring to life the accomplishments of ordinary and extraordinary individuals alike. A national historic landmark with five unique venues, unparalleled collections and world-class expertise, The Henry Ford is a force for fueling the spirit of American innovation and inspiring a 'can-do' culture. Nearly two million visitors annually experience its attractions: Henry Ford Museum, Greenfield Village, The Ford Rouge Factory Tour, The Benson Ford Research Center and The Henry Ford IMAX Theatre. A continually expanding array of content available online provides anytime, anywhere access. The Henry Ford is also home to Henry Ford Academy, a public charter high school which educates 485 students a year on the institution's campus. For more information please visit our website thehenryford.org.


Source

Monday, April 8, 2013

3D printed speakers give you a custom light show to go with your tunes (video)

For Michael


3D printing is still in its relative infancy, but more and more folks are using machines like the MakerBot Replicator and Formlab's Form 1 to turn digital plans into physical reality. An Autodesk engineer named Evan Atherton has access to a much more capable (and expensive) 3D printer, an Objet Connex 500, and as a design exercise decided to use that printer to create a finished product. You see, a lot of 3D printers are used for rapid prototyping, as opposed to product manufacturing. Join us after the break for a video interview with Atherton explaining how he created these sonic beauties. 3D printed speakers with LumiGeek-powered LEDsSee all photoswhen.eng("eng.galleries.init")



With the Objet Connex 500, Atherton is able to print single objects that seamlessly integrate two different materials, as opposed to the single materials used by less expensive printers. In this case, he combined a flexible rubber and a hard plastic to print out a pair of crystal orb speaker housings. From there he inserted strips of addressable RGB LED strips operated by a custom LumiGeek microcontroller to make the speakers glow in time with your tunes. LumiGeek also provided the companion app that allows users to fine tune the light show to their tastes. Alas, at well over $2,000 worth of printed material and almost 60 hours worth of man and machine labor to create them, there aren't any plans to sell the speakers. However, LumiGeek will be Kickstarting its mictroctontroller that allows users to dictate video output based on audio files sometime soon.


Zach Honig contributed to this report.


More Coverage: LumiGeek

Saturday, March 30, 2013

Sony's Light Shaft, Motion Shot apps now available for NEX-5R and NEX-6 cams

Sony's Light Shaft, Motion Shot apps now available for NEX5R and NEX6 cams


One could easily argue that apps are a dime a dozen nowadays, but for those with a WiFi-ready, mirrorless Sony shooter, the in-cam software selection is still somewhat limited. As of a few hours ago, though, NEX-5R and NEX-6 owners now have two more options to choose from, thanks to Sony's new Light Shaft and Motion Shot applications. For starters, Light Shaft, as the company describes it, brings "a splash of light" to any picture using numerous differently shaped effects, such as Beam, Flare, Ray and Star. Motion Shot, on the other hand, takes multiple, continuous shots that are then superimposed to add a little flavor to action snaps, allowing users to easily pick the first and last images of every sequence. Available now via the PlayMemories shop, both apps are priced at $4.99 each -- which, to some, might feel like too steep a price to pay for a little unorthodox editing. We'll leave that decision up to you, though.


Via: DPReview


Source: Sony

Facebook gets green light to build its second campus at California headquarters

Facebook gets green light to build its second campus at California headquarters


Seems as if building new, fancy properties is quickly becoming the norm within the tech sector. Following in both Apple and Google's spacious footsteps, Facebook too will be looking to amplify its California-based headquarters -- and now it's received the OK from Menlo Park authorities to commence turning Frank Gehry's design vision into a reality. The second campus itself is set to boast nearly 434,000 square feet in total and be built across 22 acres, which will be plenty of space to house anything from a rooftop park to an underground tunnel which leads to Facebook's existent abode. As for city council members, they seem to be rather pleased by Zuck's proposed construction, with one Kirsten Keith expressing how she "feels very lucky that we'll have a Frank Gehry building here." Well then, cheers all around.


Via: Sky News


Source: Mercury News

Tuesday, March 26, 2013

Researchers create hollow fiber optic cable, almost reach the speed of light

Researchers create hollow fiber optic cable, almost reach the speed of light


Fiber optic cables are usually made of glass or plastic but those materials actually slow down the transmission of light ever so slightly. Researchers at the University of Southampton in the UK have created a hollow fiber optic cable filled with air that's 1000 times faster than current cables. Since light propagates in air at 99.7 percent of the speed of light in a vacuum, this new hollow fiber optic cable is able to reach data speeds of 10 terabytes (!) per second. Now that's fast. While the idea isn't new, it's previously been hampered by signal degradation when light travels around corners. This new hollow fiber optic cable reduces data loss to a manageable 3.5dB/km, making it suitable for use in supercomputer and data center applications. Isn't science wonderful?


[Image credit: qwrrty, Flickr]


Via: ExtremeTech, Gizmodo Australia


Source: Nature

Tuesday, March 5, 2013

Physicists steer light on superconducting chips, forge our quantum computing future

DNP Physicists manipulate light on superconducting chips, forge path to quantum computing future


We're still years away from quantum computing becoming an everyday reality, but the physics geniuses over at the University of California Santa Barbara have made a discovery that might speed that process along. A team under professor John Martinis' tutelage has developed a way to manipulate light on a superconducting chip at the quantum level, allowing the group to control the wave forms of released photons with a switch and a resonator. That might not seem like much, but it's ultimately a launching pad for much more. With photons now bowing to researchers' whims, the next step is to see if the particles can securely transfer data over long distances, such as between Earth and orbiting satellites, or just from one end of the world to another. It's a lofty goal to be sure, but nobody said the revolution would be over in a day.


Via: Phys.org


Source: Physical Review Letters

Monday, February 11, 2013

Lumio desk lamp takes light reading literally (video)

Image


With the future of reading heading squarely in the direction of electronic devices, what to do with the old timey book form? Build a lamp, of course. During a recent visit to the City by the Bay, we popped into the TechShop hackerspace and were introduced to Max Gunawan, the designer behind Lumio (not to be confused with a certain smartphone line of similar name). The product, developed in that very space, offers up a cool take on the desktop lamp, fitting it into a wooden, old timey-looking book form. Open it up and the pages fan out into what looks like a paper lantern.


It's an LED light powered by a lithium ion battery that'll give you around eight hours on a charge. Due to the foldable nature of the Lumio, the device is portable and can be opened into a number of configurations, to suit your needs. Gunawan is a couple of days away from launching a Kickstarter page for the project, in hopes of getting together $60,000. Interested funders will be able to pick one up for around $95 -- wait for it to come to market, and that price will jump to around $125 or $135.


After the break, check out a video of Gunawan giving us the lowdown on Lumio.Lumio desk lamp takes light reading a bit too seriouslySee all


Source

Friday, February 1, 2013

NYU synthesizes crystals with lifelike behavior under light

NYU synthesizes crystals with lifelike behavior under light video


Scientists have long surmised that inorganic life is possible. New York University hasn't created any at this stage, but it just produced an uncannily close imitation through a recent experiment. When exposing hematite particles (iron and oxygen in a polymer) to specific wavelengths of blue light, researchers got the particles to form crystals that metabolize and move together like a flock. If it weren't for the lack of reproduction, the crystals would technically qualify as life -- and one upcoming test will trade mobility for that self-replication. Accordingly, NYU sees the crystals not just as having possible uses for electronics, but also as illustrating that a finer line might exist between living creatures and synthetic objects. Whether or not the university ever meets all three conditions for life at once, we may have to reset our expectations for what chemicals can do when they get together.

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Monday, January 28, 2013

Inhabitat's Week in Green: asteroid mining, a Legoland hotel and the Amsterdam Light Festival


Each week our friends at Inhabitat recap the week's most interesting green developments and clean tech news for us -- it's the Week in Green.

DNP Inhabitat's Week in Green TKTKTK


Of all the technological breakthroughs we've witnessed in recent years, the emergence of 3D printing technology is one of the most exciting. This week saw a number of breakthroughs in the realm of 3D printing, beginning with Deep Space Industries' plans to develop space-based 3D printers that could produce satellites using materials mined from asteroids. Dutch design firm Universe Architecture announced plans to build the world's first 3D-printed house (which is shaped like a Mobius strip), and French sculptor Gael Langevin is currently developing a design for an open-source humanoid robot that you can make at home with a 3D printer. We learned about an inventive DIYer who figured out a way to hack an old inkjet printer and transform it into a bioprinter. And at Paris Haute Couture Fashion Week on Monday, Iris van Herpen debuted the world's first 3D-printed flexible dresses.


In renewable energy news, this week Inhabitat sent a reporter to Masdar City, which was once billed as the world's first zero-carbon, zero-waste city, to report on some of the new energy-efficient developments there -- including Siemens' new LEED Platinum headquarters and the world's largest concentrated solar power plant. V3solar announced that its spinning cone-shaped photovoltaic cells could produce power at two-thirds the current cost of retail electricity, and a report issued by the World Wildlife Fund found that solar power could serve all the world's energy needs. Belgium announced plans to construct an artificial island to be used solely as storage for wind energy, and Duke Energy recently flipped the switch on what the company claims is the world's largest battery power storage system in West Texas.


In the world of green transportation, Toyota and BMW announced plans to create next-generation car batteries that will generate energy from thin air. At the World Future Energy Summit, students at Osaka Sangyo University rolled out a sporty new emissions-free fuel cell vehicle that's already licensed to drive on the roads in Japan. We also had a chance to check out the Zerotracer, a closed-cabin electric motorbike that recently traveled around the world in 80 days.


In green lighting news, artist Anne Militello recently unveiled her Light Cycles LED art installation, which transforms the 10-story atrium of the World Financial Center in New York City into an impressive glowing light show each night. And speaking of light installations, the entire city of Amsterdam has been aglow with light sculptures, LED decorations, fiery boat parades and huge projections for the Amsterdam Light Festival, which just concluded this week. In Oslo, Squidsoup recently unveiled a new installation featuring 8,064 floating LED lights strung from the ceiling of Galleri ROM. And in San Francisco, the Bay Bridge will soon be adorned with 25,000 individually programmed white LEDs to celebrate the suspension bridge's 75th year.


Lego fans will be excited to hear that North America's first Legoland hotel is set to open its doors in Carlsbad, Calif., in April. In other green architecture news, San Francisco-based firm William Duff Architects recently completed a home in Menlo Park that features a layout based on the Fibonacci sequence. Architecture students in Nantes drafted a proposal to create a floating "hydropolis" that would rest on the tide of Egypt's Nile River. And for a bit of eco eye candy, this week Inhabitat featured Virginia-based artist Eric Standley's mind-blowing paper sculptures, which look like ornate stained-glass windows.


Sourse

Saturday, January 5, 2013

Panasonic's Any Battery Light isn't picky about battery size, takes anything in your junk drawer

Panasonic's Any Battery Light isn't picky about battery size, takes anything in your junk drawer


Battery nerds rejoice: Panasonic has cobbled together an electronic torch that will play nice with almost anything in your collection. The Any Battery Light can siphon power from AA, AAA, D and C-sized batteries, lighting the dark with just a single serving of any compatible size. Loading it up with all four provides up to 86 hours of continuous LED illumination. Not all batteries are equal, of course -- a single AAA isn't going to shine as brightly as its thicker cousins, and users will need to manually flip a switch to choose what size battery the torch draws its light from. Japanese consumers will be able to pick one up for about ¥2,000 ( $23) in red or white later this month.

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Thursday, December 20, 2012

Best high-tech holiday light shows of 2012

Chris Hoffman Follow @chrisbhoffman

Chris Hoffman is a tech geek who's been writing about everything technology-related for years. When he's not writing about gadgets and software, he's probably using them in his spare time.
More by Chris Hoffman

For most of us, the holidays are a time to relax with family. For the more awesome among us, however, the holidays are a time to break out miles of electrical wiring, string up tens of thousands of lights, jump on one's PC, and spend weeks programming a light show—pulsing to the beat of the hippest pop song of the year, of course.

PCWorld salutes the people who went all-out this holiday season, slaving over LEDs and Light-O-Rama controller boxes for hundreds of hours. Here are some of the most awesome holiday light shows of 2012.

NVIDIA engineer John Storms is the model of dedication to the holiday spirit. He specifically purchased an isolated house with no neighbors across the street just so he could create light shows of eye-popping intensity. And Storms even paid professionals to put up lights more than 15 feet off the ground.

Software from Light-O-Rama choreographs the lights, which are energy-efficient LEDs that only cost $15 to run for the entirety of November and December. Storms' selection of ear-pleasing tunes—along with the more dubiously ear-pleasing "Gangnam Style"—are transmitted via a small FM transmitter, allowing people driving by to listen to the music inside their cars without annoying the neighbors.

Perhaps more impressively, Storms made a point of spreading the holiday cheer in the form of a companion YouTube video that gives a behind-the-scenes look at his amazing light show—just in case you want to rig up a memorable display of your own.

Besides "Gangnam Style," what other musical sensation of 2012 would work great as the soundtrack for a holiday lights display? If you answered dubstep, you’re correct! (Sorry, friends of ringing sleigh bells. Epic bass drops just go better with flashing lights.)

The Cadger family in Meridian, Idaho brings us a Christmas lights show set to parts of Bangarang and Cinema, two Skillrex songs, with a display featuring around 35,000 lights and 80 different Light-O-Rama channels. In fact, the video above is just a small slice of the presentation; the complete Cadger light show clocks in at a whopping 12 minutes and 19 seconds. The entire extravaganza was planned, programmed and prepared by a 17-year-old and his dad, repeating a tradition the Cadger clan has performed for years.

Carefully syncing up tens of thousands of lights to a song is impressive, but turning those same lights into an interactive video game that you can play on the side of your house is simply astounding.

From the family behind the interactive Angry Birds and Guitar Hero… sorry, Christmas Hero holiday light shows comes this interactive maze game that you play with a homebrew controller (though we’d call it more of a reflex game than a proper maze). The player controls the red arrow on the garage door, and the music is broadcast via an FM transmitter so that you can listen to the game while you play it in your car. This nifty game comes complete with a high scores display, but watch out—everyone in the neighborhood will know if you crash.

The creator didn't share stats for this year's creation, but last year's Angry Birds setup consisted of two computers, 10 Light-O-Rama 16-channel controllers, and more than 20,000 light bulbs, all for less than a single cent of electricity per game.

If you’re craving something a bit more traditional this holiday season, check out this light show synced to the Trans-Siberian Orchestra’s rockin’ rendition of “Christmas Sarajevo.”

The Yoshida family in Waikele, Hawaii starts working on its Christmas lights display in July every year. The 2012 show, seen above, contains more than 20,000 lights and over a mile of electrical wiring, and it's all completely powered by a photovoltaic system that captures more than enough energy from sunlight during the day to power the display all night. (It is located Hawaii, after all.)

Like every other kick-ass light show mentioned here, the music is broadcast via FM radio so neighbors don’t have to listen to it every night. The Yoshida family looks out for its community in more ways than that, though: It also accepts donations that are passed along to buy holiday gifts for children of struggling families.

What, more Gangnam Style? Yes. This is what happens when a song becomes the most-watched YouTube video of all time in a matter of months.

Kym Illman’s version contains 41,000 light bulbs, 2,000 different light channels, and nearly 1.25 miles of cable. The display took 200 hours to set up, plus another 90 hours to program the lights to sync with the music. The Australian is no night-show novice, with Illman’s past efforts raising more than $90,000 in donations for charity.

Unfortunately, the playful display was shut down after just three nights when visitors turned up in crowds 10 times larger than expected, creating both a safety hazard and a major annoyance for Illman’s neighbors. Next year, he plans to light up a commercial area that can handle larger crowd capacities.


View the original article here

Sunday, December 16, 2012

Will Wild OLED Installations Like These Be The Light Fixtures Of Tomorrow?

This story will display in ...Dec 15, 2012 7:00 PM  

Will Wild OLED Installations Like These Be The Light Fixtures Of Tomorrow? OLEDs have a lot of potential for awesomeness, like putting a flexible screen on your holiday sweaters. Well, maybe that's a bad example. These prototype light fixtures developed by Philips, on the other hand, are significantly better ones.

As Dietmar Thomas of Philips Lumiblade explains:

OLED is the first light source that is a surface light source. All other lights sources are point light sources, starting with the flame, the candle and going up to the light bulb and the LED. For the first time you don't need a system to spread the light. The system is built-in.

And that fact, along with the thin form factor allows for all kinds of weird installations you couldn't (or wouldn't want to) make with strandard light bulbs. Everything from pulsating light walls to fixtures that actually are your ceiling.

For the moment, OLED lights tend to be prohibitively expensive, especially if all they're doing is acting like a light bulb and looking cool, but Thomas is confidant the prices will fall quite a bit in the next five years, making these kinds of setups far more affordable. The sooner we can all get trippy, flashing light displays for living room raves, the better. [Dezeen]


View the original article here

 

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