Radioactive Orchestra 2.0 takes the music live, makes sweet photonic melodies (video)

Radioactive Orchestra 20 takes to the live stage, makes sweet melodies from photons video

Sweden's Kollektivet Livet took a step towards demystifying the invisible energy around us last year through its Radioactive Orchestra, which turned isotopes into beats and beeps. To our relief, the Orchestra isn't content to record in the studio. Version 2.0 of the music project is all about going on tour, so to speak, through live instruments: in a first prototype, a photon detector translates every radiation hit from nearby materials into its own audio pulse. The invention results in an imprecise art based on distance, but aspiring cesium rock stars can tweak the sensitivity or transpose the notes to generate their own distinct tunes. Orchestra manager Georg Herlitz tells us that the initial setup you see here, played at TEDx Gotëborg, is just a "sneak peek" of both a finished instrument and more work to come. We might just line up for the eventual concerts if the performance video after the break (at the 10:30 mark) is any indication.

Continue reading Radioactive Orchestra 2.0 takes the music live, makes sweet photonic melodies (video)

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Radioactive Orchestra 2.0 takes the music live, makes sweet photonic melodies (video) originally appeared on Engadget on Mon, 05 Nov 2012 15:17:00 EDT. Please see our terms for use of feeds.

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Radioactive Orchestra 2.0 takes the music live, makes sweet photonic melodies (video)

Radioactive Orchestra 20 takes to the live stage, makes sweet melodies from photons video

Sweden's Kollektivet Livet took a step towards demystifying the invisible energy around us last year through its Radioactive Orchestra, which turned isotopes into beats and beeps. To our relief, the Orchestra isn't content to record in the studio. Version 2.0 of the music project is all about going on tour, so to speak, through live instruments: in a first prototype, a photon detector translates every radiation hit from nearby materials into its own audio pulse. The invention results in an imprecise art based on distance, but aspiring cesium rock stars can tweak the sensitivity or transpose the notes to generate their own distinct tunes. Orchestra manager Georg Herlitz tells us that the initial setup you see here, played at TEDx Gotëborg, is just a "sneak peek" of both a finished instrument and more work to come. We might just line up for the eventual concerts if the performance video after the break (at the 10:30 mark) is any indication.

Continue reading Radioactive Orchestra 2.0 takes the music live, makes sweet photonic melodies (video)

Filed under: ,

Radioactive Orchestra 2.0 takes the music live, makes sweet photonic melodies (video) originally appeared on Engadget on Mon, 05 Nov 2012 15:17:00 EDT. Please see our terms for use of feeds.

Permalink   |  sourceTEDx Gotëborg  | Email this | Comments

Pong iPhone Anti-Radiation Case Won’t Protect You from Being Nuked

OK, so this phone case isn’t going to actively protect you from the radioactive fallout of a nuclear bomb, but it is supposed to protect you from those harmful radiowaves that are constantly emanating from your precious iPhone.

pong soft touch iphone radiation case

Pong’s Soft Touch iPhone case incorporates tech that will reduce the exposure to wireless radiation by up to 93%. That’s pretty good. This has been done by redirecting cell phone radiation away from your head and body. No more smartphone-induced brain cancers – if you believe that the radiation is actually doing anything bad to you in the first place.

pong soft touch iphone radiation case back

If that’s isn’t enough, the case has been engineered to improve signal strength by 41%. This means less dropped calls for everyone, though for people living in NYC will probably still experience some. Its makers claim that the improved signal quality will boost talk time by about 1.3 hours as well.

pong soft touch iphone radiation case blue

The Pong Soft Case sells for $69.99(USD), and is available in black, pink, light blue or white.

[via Gadgetose]


Cellphone Radiation Insights [Infographic]

attachment

Using the data collected, tawkon conducted a study on the countries with the highest and lowest percentage of exposure time to radiation. The results are quite jarring.

Where you are in the world says a lot about your cellphone habits. See which countries use precaution and talk on … and where ...
Continue Reading on Walyou

H.R. Giger Counter is Too Creepy to Use

Get it? It’s a Geiger Counter made to look like it was created by H.R. Giger. I don’t know about you, but Giger’s Aliens creations creep me out. Therefore I could never use this. I would be too afraid that it would eat me from the hand up. Just let the radiation kill me.

Geiger counter

hr giger geiger counter

If on the other, you hand want to check for signs of radiation on some alien world, then this Giger Geiger counter is for you. The base radioactive sensor electronics were purchased from Adafruit industries and then modded into a xenomorph by Steve D of Mad Art Lab.

It looks pretty amazing, and quite scary. And yes it does actually work as proven in the video. Now you can be safe from radiation and freak people out at the same time.

[via Nerdcore via Obvious Winner]


Butterflies Near Fukushima Showing Serious Radiation Related Mutations

Scientists in Japan have been studying a specific breed of butterfly called the pale grass blue butterfly. Two months after the Fukushima Daiichi nuclear disaster that led to radiation leaking from the nuclear power station, the researchers collected 144 adult versions of that butterfly from 10 locations around Japan. The collection locations included the Fukushima area.

butterfly fuku

When the nuclear disaster occurred, the adult butterflies collected would have been in the larval stage. The researchers found that mutations on the butterflies collected near Fukushima were significantly more common the mutations on butterflies collected elsewhere. Examination of butterflies determined that radiation had caused the mutations in the Fukushima butterflies. The mutations included those of wings, antenna, and eyes.

The researchers bred the adult butterflies and determined that mutations not seen in the adults were seen in the offspring. Six months after the Fukushima disaster, the scientists collected the butterflies again at all 10 areas including Fukushima and found that the mutation rate of butterflies near Fukushima was more than double the mutation rate in the butterflies two months after the disaster. The scientists attribute the increase mutation rate to the butterflies eating contaminated food.

[via BBC]


Lapka Sensors Turn iPhones into Tricorders

Are your curious about your environment? Have you always wanted a tricorder in your pocket? Well, check out Lapka’s iPhone sensors. They will pack a bunch of sensors in a svelte, compact package that you can take everywhere with you.

lapka personal sensor monitor iphone

Lapka Electronics‘ sensors measure everything from your home’s radiation levels to how organic your organic food is. The sensors are plugged into your iPhone via the headphone jack and you can read the measurements directly on the screen using the bundled iOS app. The other included sensors are an electromagnetic field detector and humidity sensor. Lapka plans on adding allergen sensors and fitness trackers once their product is released.

lapka personal sensor monitor iphone all

For now, these sensors are still in the prototype stage, but they will be released in December for $220 (USD).

lapka personal sensor monitor iphone small

[via Gessato]


US Government Accountability Office recommends FCC reassess radiation limits for mobile phones

US Government Accountability Office recommends FCC reassess radiation limits for mobile phonesThe topic of mobile phone radiation is once again on the burner in Washington D.C. Along with Representative Dennis Kucinich's proposed legislation that would institute labeling requirements and extensive research into the health effects of RF exposure, the US Government Accountability Office has issued a recommendation that the FCC update its current exposure limits and reevaluate current testing methodologies. As is, the FCC's radiation guidelines are based on research that was concluded in 1996, and while the US GAO concedes that this may lead to the adoption of higher SAR limits (in certain usage scenarios), the organization contends that it's time to bring current research and international recommendations into consideration.

As potential cause for concern, the US GAO has also identified a failure of current testing methodologies. Put simply, manufacturers are currently required to submit specific absorption rates that reflect usage against both the head and body, however in the case of the body test, this is always done with the assumption of a holster. While a distance of 1.5 to 2.5 centimeters may not seem like much, SAR values increase with proximity, and many who use their mobile phones in their pockets -- say, with a Bluetooth headset -- are at risk of exposing themselves to RF limits that exceed current guidelines. The actual absorption rates are currently unknown.

For its part, the FCC has responded to the US GAO and asserts that it has independently arrived at many of the same conclusions, and adds that it has initiated the procedural requirements necessary for the reevaluation of RF safety rules. Those who'd like to learn more can scour the complete recommendation, along with Rep. Kucinich's proposal, at the source links below.

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US Government Accountability Office recommends FCC reassess radiation limits for mobile phones originally appeared on Engadget on Wed, 08 Aug 2012 10:23:00 EDT. Please see our terms for use of feeds.

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  • Source:US GAO, Congressman Kucinich PR
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    France’s ANDRA developing a million-year hard drive, we hope our badly-written blogs live in perpetuity

    France's ANDRA developing a millionyear hard drive, we hope our blogs live in perpetuity

    Us humans have been quick to embrace digital technology for preserving our memories, but we've forgotten that most of our storage won't last for more than a few decades; when a hard drive loses its magnetism or an optical disc rots, it's useless. French nuclear waste manager ANDRA wants to make sure that at least some information can survive even if humanity itself is gone -- a million or more years, to be exact. By using two fused disk platters made from sapphire with data written in a microscope-readable platinum, the agency hopes to have drives that will keep humming along short of a catastrophe. The current technology wouldn't hold reams of data -- about 80,000 minuscule pages' worth on two platters -- but it could be vital for ANDRA, which wants to warn successive generations (and species) of radioactivity that might last for eons. Even if the institution mostly has that pragmatic purpose in mind, though, it's acutely aware of the archeological role these €25,000 ($30,598) drives could serve once leaders settle on the final languages and below-ground locations at an unspecified point in the considerably nearer future. We're just crossing our fingers that our archived internet rants can survive when the inevitable bloody war wipes out humanity and the apes take over.

    [Image credit: SKB]

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    France's ANDRA developing a million-year hard drive, we hope our badly-written blogs live in perpetuity originally appeared on Engadget on Sun, 15 Jul 2012 13:55:00 EDT. Please see our terms for use of feeds.

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    Negative radiation pressure in light could make some tractor beams real, we’re already sucked in

    Negative radiation pressure in light could make some tractor beams real, we're already sucked in

    Developing a real, working tractor beam has regularly been an exercise in frustration: it often relies on brute force attempts to induce a magnetic link or an air pressure gap, either of which falls a bit short of science fiction-level elegance. The Technion-Israel Institute of Technology's Mordechai Segev has a theory that would use the subtler (though not entirely movie-like) concept of negative radiation pressure in light to move objects. By using materials that have a negative refraction index, where the light photons and their overall wave shape move in opposite directions, Segev wants to create a sweet spot where negative radiation pressure exists and an object caught in the middle can be pushed around. His early approach would use extremely thin crystals stacked in layers to manipulate the refraction. As it's theorized, the technology won't be pulling in the Millennium Falcon anytime soon -- the millimeters-wide layer intervals dictate the size of what can be pulled. Nonetheless, even the surgery-level tractor beams that Segev hopes will ultimately stem from upcoming tests would bring us much closer to the future that we've always wanted.

    Negative radiation pressure in light could make some tractor beams real, we're already sucked in originally appeared on Engadget on Sat, 23 Jun 2012 04:18:00 EDT. Please see our terms for use of feeds.

    Permalink Wired  |  sourceOptics Express  | Email this | Comments