Avoid Injuries With Smart Sneakers That Tell You How To Run Properly

A daily run can be great for your health and fitness, but it can actually be harmful too if not done properly. Of course the right shoes are an important part of the formula, especially thissensor-laden pair developed by the Fraunhofer Institute which provide real-time feedback on your running style, and how to improve it.

So what makes these sneaks so smart? Built into their sole is a biometric sensor working alongside an accelerometer and GPS hardware. Together they collect data on the runner's speed and technique, and transmit it to a smartphone app via Bluetooth which analyzes the information and makes suggestions to improve the wearer's running style or routine.

One day it might suggest you try rolling off your foot differently to improve your stride, while others it might recommend running on a softer surface like grass. The shoes and software can even make intelligent recommendations on when you need to give your feet a break. The only feature that might be lacking is giving you the motivation to get off the couch and out the door to begin with. More here.

The Navy Just Launched a Drone from a Submarine—While Underwater

If you thought launching a drone from an aircraft carrier was impressive, you're going to be blown away by this: After six years of development, the U.S. Naval Research Laboratory has successfully launched a drone from a submerged submarine.

That's right. A submerged submarine. Submerged under the ocean. The picture above is real: a composite of time-lapse photos taken during the launch. You can see the wings swing out like a pair of scissors as the drone takes to the sky.

The U.S. Naval Research Laboratory really outdid themselves this time. Their Experimental Fuel Cell (XFC) unmanned aerial system was just fired from the torpedo tube of the USS Providence. The so-called Sea Robin launch vehicle system then floated to the surface, where an all-electric, fuel cell-powered drone with foldable wings took to the sky where it performed an hour-long test flight before landing at the Naval Sea Systems Command Atlantic Undersea Test and Evaluation Center (AUTEC) in the Bahamas. Pretty cool, huh?

Well, this is just the beginning. The XFC launch doesn't come as a huge surprise because we've known for a few months now that DARPA is working on a submarine "mothership"that can launch both unmanned aerial vehicles and unmanned underwater vehicles—all kinds of drones. Dubbed as the Hydra program, this initiative will enable sailors to send remotely piloted, and someday perhaps fully autonomous, craft into battle zones virtually undetected. It'll also scare the pants off of unsuspecting fisherman. More here.

iPhone Anamorphic Lens Lets You Shoot Wider Than Widescreen

Even though 35mm film dominated the film industry for years and years, the majority of movies released to theaters were much wider than the stock's 4:3 aspect ratio. But instead of sacrificing resolution and simply cropping off the top and bottom of a frame to make it widescreen, filmmakers used special lenses that squeezed a wider vista onto the 35mm film stock, and then unsqueezed the images when they were being projected. They were known as anamorphic lenses, and soon you'll be able to get one for your iPhone.

What looks like one of the many external lenses you can get for your smartphone is actually one of the first to do an anamorphic squeeze on your footage, letting you shoot video that's approximately 33 percent wider than the iPhone's standard field of vision.

So if you're shooting video in an old-school 4:3 aspect ratio, when the footage was unsqueezed in your video editor it would have a wider 16:9 vista. And if you're shooting in 16:9 to start with, the resulting footage would have an even wider and more majestic 2.4:1 aspect ratio. For still images the iPhone's panoramic mode easily accomplishes this, but this is currently the only way to pull it off for video.

The anamorphic adapter lens is currently raising funds on Kickstarter, and with a pledge of $85 or more you can claim one of the first production units when they're available sometime closer to March of next year. More here.

Great Gifts You Can 3D Print

The best gifts are the ones that aren't obvious. Oh you're going to get your sister another pair of earrings? Nah. This time you should go for a set that were 3D printed instead. In order to wow your family and everyone on your list this year, here's are some magical presents that came out of a printer.

Now, you may be thinking, but I don't have a 3D printer. But no printer is no problem. You can easily order something that has already been designed and 3D printed for you. So now that you know how easy it is, what are you going to print for your friends and family? Maybe you can find some inspiration here.

Spin Around a Mountain in Super Speed like Superman

Things that usually spin really, really fast: a top, the wheel of fortune wheel, other wheels, circular objects, knobs and other things of that nature. Not a mountain! Well, unless you're Superman and can fly around it. Newsflash: we're not Superman. However! Kevin Parry and Andrea Nesbitt of Candy Glass Productions might be. They created a mountain spinning flyby effect in a sick hyperlapse of Mt. Hood.

Nesbitt told PetaPixel that creating a hyperlapse of the spinning mountain took a lot of careful planning along with "miles and miles of hiking, and some terrifying driving/exploring". I think it was totally worth it.

A Tiny Stamp Brands Your Can To Make Sure No One Steals Your Drink

Is there anything worse than being at a party and having someone steal your drink? Sure! Taking a long swigg on a can only to realize it isn't yours. But now you can avoid both situations with this keychain-sized stamp that lets you brand an aluminum can with a permanent message, leaving no debate as to its ownership.

The aptly named CanStamp features a set of raised letters spelling out messages like mine, in use, fuel, and 1 more. And branding your beverage is as easy as pressing that stamp—and its message—it into the ridge just below the top of an aluminum can. Admittedly debates over ownership could flare up if more than one person brings the $8 CanStamp to a party, so you might want to skip this one until they come out with a version you can personalize with your name, or a more specific threat. More here.

Australia's Using Pop Radio to Track Space Junk

Space junk is a serious problem: it threatens satellites and spacecraft, and can plummet unpredictably to earth. Australia's Murchison Widefield Array is a high-sensitivity radio telescope that tracks space debris as small as 1 meter across, by observing how the objects reflect FM signals from Australian radio stations. It's listening to pop music from space.

The array, part of western Australia's Murchison Radioastronomy Observatory, was built as a precursor to the proposed Square Kilometre Array being jointly undertaken by Australia and South Africa. As it stands right now, the Murchison Widefield Array consists of 2,048 individual antennas arranged in 128 four-by-four tiles. A single tile is pictured above.

When FM broadcast radio signals traveling out into space encounter debris, some of the radio waves are reflected back toward earth. The Murchison Widefield Array can pick up signals from objects as far as 620 miles away. So the next time you hear Gotye or Keith Urban on the radio, just think — in Australia, they're helping monitor space junk. More here.

A Paper Shopping Bag That Transforms Into a Hanger Back Home

If you get lucky, the clothing store where you bought that new sweater or shirt might toss in the plastic hanger it was on free of charge. Otherwise, you'll have to scrounge one up yourself—at least until this wonderful redesign of the shopping back becomes a reality. With a few folds the Hangbag transforms into its own hanger, strong enough to support everything short of a lead-lined suit.

The bag is the brainchild of designers Parin Sanghvi, Shruti Gupta, and Mohit Singhvi, and it takes the less-used reuse approach. Instead of encouraging shoppers to just toss the sack in their recycling bin, it includes instructions on how to use some basic origami techniques to turn it into a very functional hanger. And while it might not be the prettiest hanger in your closet, the important thing is that it's free, it works, and it finally makes paper bags as useful as their plastic counterparts. More here.

Ugh, Who Invited Math To the Rubik's Cube Party?

The simplicity of the Rubik's Cube puzzle is what makes it so devilishly difficult to solve at times. It's just a bunch of colored squares, but getting them to group together can be a life's pursuit for many people. So who in their right mind thought that taking the Rubik's Cube formula and adding mathematical patterns of numbers into the mix was a good idea? Clearly someone with a deep love of mathematics, or a sincere hatred for humanity.

At first glance you might assume the rules of Sudoku might come into play here, but they don't. Solving the six sides of this puzzle cube instead requires you to group the numbers into well-known mathematical patterns or collections—including a Fibonacci series, a prime number series, and even the digits of Pi. In other words, unless you've memorized these numberical formations, solving this puzzle will be all but impossible for anyone other than practising mathematicians. But it's great news for anyone with a math professor on their holiday shopping list, and a $20 limit. More here.

Why Your Thanksgiving Meal Makes You Tired

Today, you're gonna shovel one hell of a lot of turkey and pie down your throat, then collapse in a food-coma in front of the TV. But why does your huge meal make you feel like snoozing?

As you'd expect, science has some answers. It turns out that there are two big factors that make you fancy a snooze soon after the pumpkin pie is polished off.

First, when the food starts to arrive in your belly, the activity of the parasympathetic nervous system increases and the activity of the sympathetic nervous system decreases. Huh, what does that mean? Well, the sympathetic nervous system provides our fight-or-flight response. The parasympathetic system gets your organs ready for digestion. Basically, your body wants you to stay still in order to sort out the contents of your stomach. That's why you choose not to move too much after your meal.

Next, when you start digesting your food, you get a big rush of glucose into your blood stream. If you don't have diabetes, your body creates insulin to help the body's cells absorb the glucose. The insulin works by affecting the uptake of a bunch of amino acids in the body — stick with me here! — except for one called tryptophan. So the concentration of tryptophan increases relative to other amino acids. Turns out that in the brain, tryptophan is converted to serotonin, which is itself converted to melatonin — both of which result in sleepiness.

Voila! Your nervous system and your brain both want you to sleep. So I say go with it.

Incidentally, there's a myth that turkey contains a lot of tryptophan. That's kinda rubbish, though, as turkey doesn't contain any more than chicken, beef, or plenty of other meats. So don't blame the turkey too much. Blame your gluttony instead. More here.

A Multipurpose Key That Will Unlock Your Inner MacGyver

In addition to opening doors, that set of keys in your pocket also serves as makeshift knives, prybars, and even ice scrapers. But why risk accidentally bending a key and losing access to your home when this key-sized multi-tool can do so much more?

What you're looking at here is actually five tools in one including a box cutter, a bottle opener, a metric and imperial ruler, a multi-sized wrench, and a flat-head screwdriver. But that's just its official uses. With enough imagination this can come in handy for countless other uses, even gaining access to your home if your actual key's gone MIA.

And it's just $5. Break that down and you're paying just a buck for every tool this little wonder emulates. You can't even buy a decent screwdriver for that much, and especially not one that will sit as comfortably in your pocket as this one. More here.

Chrome Is Finally Getting Hands-Free "Ok Google" Search

Even if your family gets bored and stops listening to you this Thanksgiving, at least your computer will still have open ears. Just in time for the holidays, Google has officially released voice recognition for Chrome browsers in the form of a Chrome extension.

To enable the new Voice Search Hotword ability, all you need to do is head to the Chrome Web Store and download the extension. At that point, you'll be able to talk to your laptop totally hands-free, like it was a Moto X or an Xbox One. To activate the feature, simply say "Ok Google" followed by your search or command. You know the drill.

Whether you need to start a timer, look up unit conversions, or dates, or whatever, Google's voice command will listen, and relay back to you out loud. See, the holidays don't have to be so lonely after all, kind of. More here.

Astonishing Picture of Earth Compared to all its Water and Air

This image really gives you a perfect idea on how fragile our planet is by adding all the air in another sphere. The density of the air pictured here corresponds to its density at sea level (one atmosphere.)

Here's the high resolution image made by Globaïa's Félix Pharand-Deschênes, based on a concept by Adam Nieman for the 2002 Earth Summit in Johannesburg.

Considerate iPhone Thief Returns Handwritten List of Stolen Contacts

What really sucks about losing your phone—besides losing the phone—is that you also lose a whole bunch of your data. But to help ease that pain, a iPhone thief in China copied down a list of all his victim's contacts (by hand!) and returned it to its rightful owner. All 1,000 of them.

According to the Independent, victim Zou Bin lost his iPhone when he split a cab with a robber, who managed to snag it off him. As soon as he got to another phone, Zou texted the stolen handset and demanded that the robber return it to the home address stored inside. It didn't quite work; big surprise.

But Zou didn't wind up empty-handed. A few days later, he received a package including his SIM card, and more impressively, an 11-page, hand-scrawled list of all 1,000 some contacts that had been stored in the phone.

It's not exactly a happy ending, but getting back a SIM card back is definitely better than notgetting a SIM card back. And as for the contacts? Those were probably stored in the cloud anyway, but that list must have been a serious pain in the wrist to write. And with a wrist that cramped, that new stolen toy is going to be hard to use at least. More here.

You Can Buy Bacon Deodorant

The bacon-everything craze has mostly passed, thankfully, and things seem to be getting back to normal. The constant barrage of bacon Band-Aids and bacon office supplies is over. Bacon personal care products are apparently another story, though.

Bacon cologne appeared in 2011 and bacon soap is definitely out there. But bacon deodorantcan't possibly be useful for keeping clean and smelling good. Can it? J&D Foods also sells bacon lip balm, bacon shaving cream, and maybe weirdest of all, bacon sunblock, so $10 bacon deodorant isn't without precedent for them. Most people who buy this stuff are probably just looking for gag gifts. But maybe, just maybe, there's someone out there who is actually slathering on bacon deodorant before a big date. More here.

It has more or less become fact that when you pay money to travel on an airplane, you're subscribing yourself to probable gropage, uncomfortable seats, shoddy service, a few degrees of recline comfort and nuked sludge as food (if there is food). It's not pleasant. It's not futuristic. It's not fun. What if airplanes were a little bit more adaptable? Starting with the seats.


This concept design for airplane seats, designed by Seymourpowell, show an economy seat that can be re-arranged, flexed, fit and morphed to your liking. The idea is to provide something more customizable than your usual stodgy seats. Seymourpowell writes:

It is still a standard product, but it can adapt to the changing needs of the passenger. Morph uses smart architecture to adjust both the width of the seat, and individually control seat pan height and seat pan depth to suit varying sizes of passenger.

It might work. But judging from the incompetence of most airlines, it probably never will. More here.

How Teeth Whitening Strips Attack Stains Like Tiny Spaceships

You pop on a goopy strip, and a short while later you've got teeth as white and gleaming as polished tile. But how do those strips work? Wired explains, and when you zoom in to the individual ions flying around, it looks a lot like a sci-fi space attack.

Turns out, there's a lot of powerful chemistry inside each one of those whitening strips. From floor cleaner to diaper absorbent, it's stuff you wouldn't generally think to put in your mouth. But mixed properly, and applied in the privacy of your own bathroom, the stuff works its magic, without having to sit through your dentist's annoying metal-on-tooth scraping. 

Google's Getting Serious About Prescription Glass

Google really knocked everybody's socks off when it revealed Glass last year—everybody except glasses-wearers, that is. As the company prepares to bring the device to market, though, Google doesn't want to leave anybody out, and that means creating Google Glass with prescription lenses.

A new Wall Street Journal report says that process is well underway and that Google is actually in talks with VSP Global, a vision benefits company—to get Glass in optometrists' offices pronto. That would include making a prescription version, one that could be ready as early as next year. The paper says it's part of a broader effort to keep Glass "from becoming just a niche product for nerds."

Well, I've got news for you, Google. Glass is a computer that you put on your face. It's going to be a niche product for nerds for quite a while. More here.

Scientists Discover Three Galaxies Merging in the Dawn of the Universe

NASA has published an incredible photo that shows a "far-flung trio of primitive galaxies nestled inside an enormous blob of primordial gas nearly 13 billion light-years from Earth." What's amazing about this is that you are looking at something being created in the Cosmic Dawn, the period "when the universe was first bathed in starlight."

Those are the words of Richard Ellis of the California Institute of Technology, Pasadena:

This exceedingly rare triple system, seen when the universe was only 800 million years old [which is cosmic terms is the equivalent to the first 3.8 years of our lives], provides important insights into the earliest stages of galaxy formation during a period known as 'cosmic dawn,' when the universe was first bathed in starlight.

Back in 2009, astronomers only could see one ball of hot gas. But now, combining images from the Atacama Large Millimeter/submillimeter Array telescope in Chile and NASA's Hubble and Spitzer space telescopes, they have been able to see its true form.

NASA says that Himiko—a legendary queen of ancient Japan that gives name to this space object—"it's possible the trio will eventually merge into a single galaxy similar to our own Milky Way." More here.

A Little Vitamin B Is All That Makes This Worm Glow Bright Green

This might look like the result of some wild nuclear accident, but in fact this worm is perfectly healthy. It just happens to glow bright green when exposed to certain wavelengths of light.

A team of researchers from the Scripps Institution of Oceanography in La Jolla, Californiahas discovered that it's a humble splash of vitamin B—riboflavin to be precise—which causes the parchment tube worm to glow.

Interestingly, if you prod and poke the beast, it spits out puffs of mucus that glow bright blue light, too—but it's not clear yet what creates that particular hue. That piece of research is, apparently, next on the list. More here.

After Two Years of Nuclear Crises, Japan Opens Its Biggest Solar Park

This month, Japanese electronics company Kyocera launched the country's largest solar plant. The facility can power 22,000 homes—and, maybe more importantly, it poses no risk of melting down, injuring workers, or spewing radioactive water into the Pacific ocean.

Kagoshima Nanatsujima Mega Solar Power Plant—the facility's proper name—is located in an inlet at the very southern tip of Japan, which means it's fairly safe from threatening storms or tsunamis—although it does sit in the shadow of Sakurajima, an active volcano. But no matter what crises may come over the next few decades, Nanatsujima poses almost no threat to the surrounding community. More here.

Mount Etna Just had its first Spectacular Eruption in 20 years

Mount Etna, Europe's most active volcano, erupted into life this past weekend, sending lava bombs about one-meter-wide soaring into the sky for the first time in over 20 years.At 11,000-feet-high, Etna is also Europe's tallest active volcano, whose history of eruptions has been traced all the way back to the days of ancient Greece. Etna has been particularly active recently after about a half-month of no activity, so there will likely be several more shows to come—hopefully all without any damage.

Someday, Doctors May Test Circulation With Blood-Boiling Sonic Blasts

Currently, doctors use ultrasound to measure blood flow in the body. Doppler effect, just like bats! But it can't detect flow in the small, slow-moving vessels where diseases often start. The solution? Sonic blasts that heat up a tiny drop of blood, then watch where it goes. Science!

While this might sound like a comic book villain's torture device, according to researchers at Washington University in St. Louis, you'd only feel a slight warming sensation from the focused ultrasonic blasts heating up your vessels. Meanwhile, infrared laser pulses bounced off the warmed blood would be picked up by the ultrasound, delivering real-time flow data.New Scientist likens it to dribbling a drop of ink in a stream of water to determine the speed and direction of flow. Except, y'know, with hot blood instead of ink.

In experiments, the technique accurately measured blood flow as slow as a quarter-millimeter per second. By comparison, current ultrasound technique can't accurately detect anything under 10 millimeters per second. Next up: human testing. And apparently it won't hurt a bit. More here.

Laser Holograms as Thin as a Hair Could Be the Future of High-Res

Holograms are cool enough on their own, but amazing things happen when you make them incredibly small. A team of Army-funded scientists from Purdue did just that with the development of tiny holograms—smaller than the width of a human hair!—made by shining lasers through a metasurface. This could change display technology forever.

The new hologram set-up uses a metasurface made from thousands of V-shaped nanoantennas hammered into a gold foil. When a laser light shines through the bottom, it projects a hologram just 10 microns above the metasurface. Incredibly, the researchers who built the technology were able to display "PURDUE" in a space narrower than a human hair. The ability to make shapes as intricate as letters means that this technology could also be used to form pixels for future displays, even 3D ones. Changing shapes is as easy as rearranging the nanoantennas on the metasurface.

So if you think Apple's Retina display is impressive, well, you ain't seen nothing 'til you've seen nano-sized holograms. More here.

London Will Start Testing Fifth Element Style Multipass Next Year

All of a sudden, it's the 23rd Century. The UK's government innovation board has just approved funding to begin implementing an all-in-one train/bus/subway/airline pass in 2014. And yes, the actually named it MultiPass after the thing from the Bruce Willis movie.

The plan revolves around a passcard with an e-ink barcode display that would replace a plethora of current travel fare cards. Supporters envision it being used to pay for every aspect of travel, including parking and snacks along the way. The MultiPass company even says the cloud-based system will always give users the lowest fare, no matter where or how they're traveling — which is apparently rather challenging in the UK's current system.

Two pilot tests will begin in 2014, in London and Glasgow, with the full rollout anticipated in the following year. Plenty of time to practice your pronunciation. More here.

This Double Decker Glass Table Moves Desktop Clutter One Level Down

There are those of us who prefer working at a desk that's clean, free of clutter, and devoid of anything but the work we're focusing on. But that doesn't necessarily mean we're ready for a monastic lifestyle where we have to give up all of our wordly possessions. Instead, this double decker Pili Table designed by Ricard Mollon is a fair compromise, keeping all our unneccessary crap a few inches below the desktop.

At over $3,500 it's admittedly an expensive alternative to simply cleaning your desk and stashing unneeded paperwork in a filing cabinet. But it's one of those rare times when form and function seem perfectly balanced. And it seems like a great way to keep crumbs and food off a keyboard by moving and using it on that lower level. More here.

These Pencils Eventually Sharpen Into Spinning Tops

What do you normally do when you've sharpened a pencil down to a nub—just throw it away? That's the most likely outcome, but if you opt for these wonderful Spincils, you're instead left with a spinning top to add to your collection of desktop distractions.

But the Spincils are beyond just recycled toys; they're individual works of art. Each one is actually a solid piece of wood that's been hand turned in a lathe to get that large bump on the end—there's no mass production done here. So don't expect them to come cheap. But on the plus side, the Spincils work like a top after just the first sharpen (albeit a little on the tipsy side) so you don't have to grind them down to a nub to play with them right away. More here.

A Travel Bag That Keeps Your Clean and Dirty Clothes Separate

Cramming as much clothing as you can into as small a suitcase as possible is a fine art. And with Outlier's new Doublebag, now any traveler can be a Michelangelo of packing. It not only lets you compress your clothing for maximum capacity, it also doubles as a laundry bag that keeps your smelly worn garments quarantined from the clean.

Using a clever double-walled design, both the clean and dirty sides of the $48 bag can expand or shrink as needed. So at the start of a trip the entire bag can be used to stash your clean clothes, but as the days drag on, the capacity of the dirty side can be expanded to accommodate your ever growing pile of laundry. And while the Doublebag is sealed shut, you've got yourself a comfy travel pillow that still probably smells better than your hotel's offering. More here.

These New Graphene Supercapacitors Could Finally Power An Electric Car

A team of South Korean scientists has developed a new graphene supercapacitor that can store almost as much energy as a lithium-ion battery, but charge in only 16 seconds. This makes it an ideal material to store braking energy and could be exactly what the electric car industry needs.

Scientists from Gwangju Institute of Science and Technology in South Korea made the breakthrough by creating an especially porous form of graphene. (See below.) Incredibly, a single gram of this specialized graphene has the same amount of surface area as a basketball. This greatly increased surface area enables the supercapacitor to store far more energy than previous versions of the material, which had been keeping graphene supercapacitors out of the running as an alternative to lithium-ion batteries for electric cars. Because they don't use chemicals, graphene supercapacitors also have a much longer life than lithium ion batteries.

Finding success in the lab and bringing a product to market are two very different things, so it's unclear how quickly we might see this impressive technology at work in electric cars. The South Koreans say that these "supercapacitor energy storage devices… can be scaled up for manufacturing in the near future for electric vehicle applications."

So that's something. But only time will tell whether these supercapacitors take over before Tesla manages to build its famously ambitious lithium-ion factory. More here.

How the GoPro Became the Best Selling Camera In the World

The GoPro is an amazing action camera that lets people record extreme sports, daredevil feats, and other spectacles. Just a few years ago, it would have been impossible. But, today, it is the best-selling camera in the world.

In a short 60 Minutes profile, Anderson Cooper runs through the story of the rugged camera from the beginning, when the company was founded by a young surfer and failed entrepreneur named Nick Woodman 12 years ago. The first GoPro product? A simple waterproof film camera. 

Since then, the company has doubled its sales yearly, to revenues of more than $500 million per year. Never underestimate the potential of a simple, effective, inexpensive tool. More here.

Your Face and Name Will Appear in Google Ads Starting Today

It's party time, ladies and gentlemen. Exactly one month after announcing the move, Google has updated its terms of service, allowing the company to use your profile information in ads. That means your face, name and personal details will start popping up all over your network. Yay!

Well, that might not be a reaction you share. As we learned from Facebook's foray into social ads, plenty of people don't like their face and name to show up in ads, so much so that they sued the company (and won). But fear not! You can opt out by unchecking the box on the bottom of this page. You can also read more about the new Terms of Service here. But seriously: opt out here.

Bill Gates Unveiled Windows 30 Years Ago Today

This aAmazing Fruit fly Evolved to Have Pictures of Aants on its Wings

This is unbelievable, but the fruit fly G tridens has somehow evolved to have what looks like pictures of ants on its wings. Seriously, its transparent wings have an ant design on them complete with "six legs, two antennae, a head, thorax and tapered abdomen." It's nature's evolutionary art painted on a fly's wings.

Recently spotted by the New York Times, the fruit fly is just incredible. Other flies in its family of 5,000 species have other type of markings on its wings but it's the G tridens that has something so intricate and so specific.

The idea of the ant design, as explained to The National by Dr Brigitte Howarth of Zayed University who first discovered G tridens in the UAE, is that these flies use their wings to ward off predators. The fly flashes it wings back and forth to make it seem as if the ants are moving around and that movement would confuse the predator. More here.

This Chair Can Be Worn Like a Backpack

If you demand that your furniture is both reassuringly substantial and also portable, then you probably have a tough time navigating life. But here's something to help: a real chair that can be worn as a backpack.

The Nomadic Chair by Jorge Penades is constructed from wood, but doesn't require anyscrews, nails or glue—it simply uses some smart plastic connectors to fit together. Penades explains the design:

‘Luxury is not anymore a matter of comfort. nowadays, luxury is to be able to decide where you want to have a moment of peace, a chance to escape from hectic activity of contemporary lifestyles.’

Nice. So, when you've finished sitting, dismantle, pack and sling it on your back—ready to find the next spot to take a break. More here.

The World's Thinnest 2TB Hard Drive Is a Mere 9.5mm Thick

Seagate's come along to steal WD's thunder with the ultra-slim 2.5-inch Spinpoint M9T that manages to double that capacity to two-terabytes inside a drive that's just 9.5 millimeters thick.

So you're getting twice the capacity at the cost of just 2.5 millimeters in added thickness—that sounds pretty reasonable. After all, at 9.5 millimeters thick the M9T is still the thinnest two-terabyte hard drive you can currently buy. The drive will also be available in a 1.5 terabyte model as well, which will presumably cost slightly less than the two terabyte model's $129 price tag. More here.

An Awesome guy Made an Insane Thor Hammer that Smashes Everything

This version of Thor's hammer was made by master swordsmith Tony Swatton. He's a Picasso when it comes to recreating movie props like Wolverine's claws, swords from Game of Thrones and weapons of the Teenage Mutant Ninja Turtles.


The 11-inch long, 5-inch high and 4-inch wide hammer is beautifully detailed (stick around to watch them etch the hammer) and weighs 20 pounds when hollow. When they fill it up to make it solid, it'd be a 200 pound beast.

Philips Adds a New Bulb To The Hue Lineup

The first bulbs in Philips' color-changing, app-controlled Hue line were designed to mimic the unidirectional shine of standard A19 light bulbs. This made them ideal for conventional lamps, but wasted a large portion of their light when installed in recessed ceiling fixtures. But today, Philips has announced the new Hue BR30 downlight bulb.

The BR30 delivers the same 630 lumen and 2000-6500k temperature range as the standard LED Hues, while drawing just 8W of power. And as with the older bulb model, the new BR30s can be controlled via the associated iOS app (or a meagre Android version). The BR30 starter set (which includes the Hue network bridge) retails for $200 from the Apple Store, while individual bulbs will set you back $60 a pop if you just want to add them on to your existing Hue system. More here.

There Was an Incredible Hybrid Solar Eclipse this Morning

This morning's hybrid solar eclipse was stunning. But depending on where you are in the world you may not have been able to see it at all, cloud cover may have messed with visibility, or you may have had a partial view. So for anyone who missed it, this is what the eclipse looked like from Kenya. Pretty snazzy, huh?

The top image is made of three exposures, all taken by Ben Curtis at Lake Oloidien near Naivasha in Kenya. The image shows the movement of the solar eclipse from right to left. A near total blackout was visible from Kenya, though there was still a small sliver of the sun showing. The photo below was taken in Nairobi by Sayyid Azim. The eclipse was only visible in Kenya for about 15 seconds. More here.

Cell Phones and Brains

Jaw-Dropping Proof That NASA Rocket Scientists Carve the Best Pumpkins

The internet's chock full of wonderful ways to carve a Halloween pumpkin every year, but few can hold a glowing candle to what the scientists, engineers, and researchers at NASA's Jet Propulsion Lab come up with. Every year the lab holds a pumpkin carving competitionand the results, and the carving techniques, are exactly what you'd expect from the geniuses who landed the rovers on Mars.

Entries included everything from complete solar systems, to space battles, to aquariums filled with living fish. And the real winners were the geniuses who found a way to get out of an afternoon of work.

Possibly the Comfiest Nutcracker You'll Ever Use

Halloween's come and gone, and as we move towards the holidays, those dwindling bowls of candy will soon be replaced with overflowing mountains of nuts—necessitating some way to bust open those hard shells. A hammer's a little brutish, and using your teeth is just a terrible idea. What you need is this lovely purpose-built nutcracker from Normann Copenhagen, featuring a thick silicone handle so you don't destroy your hands in the process.

The flexible silicone also forces the nutcracker's jaws open after each use, so it's always at the ready for the next nut. At $53 it isn't cheap, but with seasonally-neutral red or black color options, you'll be able to use it all year round. More here.

A Single Cup To Handle All Your Kitchen Measurements

You can finally replace that stack of incremental measuring spoons that never actually seem to to stay stacked with Joseph Joseph's new 2-in-1 measuring cup, which handles both large and small measurements—even at the same time. The cup's larger chamber can hold up to four cups of dry or liquid ingredients, while the smaller chamber in the corner lets you measure out as little as five milliliters.

You'll also notice the $20 measuring cup's unique square corners, which makes it easier to pour out ingredients exactly where you want them. There's also a soft silicone handle that's extra grippy, so four cups of flour don't accidentally end up on the floor. More here.

You Could Get a Ticket For Wearing Google Glass While Driving

Because, as Cecilia Abadie recently found out, you might end up getting a ticket. Pulled over by San Diego police, she got a ticket for wearing the smart glasses while at the wheel just days ago. She explains:

A cop just stopped me and gave me a ticket for wearing Google Glass while driving! The exact line says: Driving with Monitor visible to Driver (Google Glass).

Clearly, Californian police feel that the display on Glass is as distracting as looking at a phone. It's not obvious if that's really the case or not—but it'll be interesting to see what lawyers and judges make of it. What do you think? More here.

The Internet Archive Opens Its Historical Software Collection To All

Gamers of a certain age will no doubt scream Oh wow, I remember that! as they click through the Internet Archive's latest project.

The non-profit organization recently launched the Historical Software Collection, with the mission of making old programs accessible (including plenty of games!) that were originally released for platforms like Atari 2600, Apple II, and Commodore 64.

Software itself isn't new to the Archive, but it's spent the past couple of years making these programs playable in-browser. So whether it's E.T. on Atari 2600 from 1982 or VisiCalc on the Apple II from 1979, there's no need to download a heap of emulators to try them out.

Archiving video games can present special challenges, as David Gibson at the Library of Congress has explained so well. But the independent Internet Archive claims to have thelargest software archive in the world, and it should be interesting to see how the next few years work out for them.

Perhaps one of the greatest challenges they'll face is copyright. Technically, all of these programs are still covered under copyright law. And I have no doubt that the myriad companies responsible for managing the rights to something like E.T. are figuring out if they should intervene. Hopefully, no one will try to pull these programs. More here.

A Detailed Description of Why Human Skin Is Amazing

As Minute Earth rightly points out, we could avoid a lot of flesh wounds by having thicker armored skin like a pangolin. But the energy needed to generate and maintain that armor wasn't evolutionarily worth it for us to expend because we put so much fuel into our enormous brains. We can think of ways to escape danger or make intelligent plans to avoid dangerous situations in the first place. And we do have scales, they're just not visible to the naked eye, but they protect us from tons of microbes. A lot is going on with our skin as the layers form, live out their life rising to the surface and then die. Watch this video and then go exfoliate.

7 Things You Do On the Internet That'd Be Creepy to Do in Real Life

You're a different person online compared to your real life. It's okay. You don't have to irrationally like cats just because you're obsessed with cat videos. You don't have to literally poke the people you poked on Facebook. You don't have to like or follow or tag or comment or stalk celebrities like you do on the Internet. Because if you did that in real life, you'd be a total creep. BuzzFeed Video imagined 7 things that'd be super creepy to do in real life, even though you do them on the Internet.

Dinosaurs Were Able to Grow So Huge Because of Their Squishy Joints

There's a reason that towering mammals the likes of King Kong are resigned to fiction. Our aching bones can only take so much weight before they start crumbling under the pressure. But if that's the case, then why were dinosaurs able to reach such phenomenal heights? According to a new study, the answer isn't so much about the bones themselves as it is the soft, squishy joints they lay between.

The scientists leading the new study published in PLOS ONE measured the ends of bones in both mammals and dinosaurs as well as their descendants to see how joint and bone shape changes as size increases.

As mammals grow, our bones become progressively rounder at the ends to be able to support the increase in weight while minimizing pressure as much as possible. Reptiles and birds, however, (as well as the dinosaurs that came before them) have bones that grow wider and flatter as more weight is added to the frame. So considering that these two very different shapes are both meant to sustain more weight, the joints and cartilage that connect them must also work differently.

For humans and other mammals, as the bones become rounder the connecting cartilage continues to stretch thin and tight across the bones surface. Because the soft, connective cartilage is close-fitting and maleable, our weight is able to distribute more evenly. The wider, flatter bones of reptiles, however, solve the problem by packing as many layers of the stuff as they can—which as it turns out, is a much more efficient method. According to Matthew Bonnan from the Richard Stockton College of New Jersey and one of the lead authors on the study:

More than just evenly distributing the pressure, the joint itself may be deforming a little — it’s actually squishier, increasing the force it can sustain.

Of course, these gelatinous joint fillings weren't the only thing letting dinos tower over the rest of the prehistoric world. The lighter, hollow bones favored by reptiles also meant that larger frames didn't require as much support as our own solid bricks for bones. This does, however, at least begin to explain why dinosaurs were able to reach such larger than (modern) life proportions.

Still, as pillowy and bouncy as their joints may be, everything has its limits. You know, like extinction-event comets. More here.

Can a Sponge Absorb Mercury?

A sponge is a sponge because its porous material is able to absorb liquid of any kind. But what about liquid metal? Can a sponge actually absorb the heavy quicksilver material known as mercury? Not at all. At best, a little bit of mercury goop gets caught on top of the sponge and slides away like its T-1000 shaping itself back together.

We've Finally Figured Out Why Kettles Whistle

This might shock you, but for over a century scientists have been pondering why kettles whistle—and completely failed to find an answer. That's all changed now, though, thanks totwo scientists from the University of Cambridge who have worked out how it happens.

The whistle in a kettle is created when steam passes through two plates, positioned close together, each with a hole in them. But scientists have been trying, and failing, for decades to understand exactly what it is about this process that makes the high-pitched sound.

Ross Henrywood and Anurag Agarwal used insights gained from analyzing noise creation in jet engines to try and answer the question. By analyzing the flow of steam which travels up the spout of the kettle, they were able to pinpoint what creates the whistle.

Their results, which are published in the academic journal The Physics Of Fluids, show that the sound is produced by small vortices—regions where the steam swirls—which at certain frequencies can produce noise. They explain:

As steam comes up the kettle’s spout, it meets a hole at the start of the whistle, which is much narrower than the spout itself. This contracts the flow of steam as it enters the whistle and creates a jet of steam passing through it. The steam jet is naturally unstable, like the jet of water from a garden hose that starts to break into droplets after it has travelled a certain distance. As a result, by the time it reaches the end of the whistle, the jet of steam is no longer a pure column, but slightly disturbed. These instabilities cannot escape perfectly from the whistle and as they hit the second whistle wall, they form a small pressure pulse. This pulse causes the steam to form vortices as it exits the whistle. These vortices produce sound waves, creating the comforting noise that heralds a forthcoming cup of tea.

Which is fascinating. But it could also prove useful, because the knowledge gained from the study could help other scientists and engineers find and stop other similar—but more annoying—noises. Henrywood explains:

The effect we have identified can actually happen in all sorts of situations - anything where the structure containing a flow of air is similar to that of a kettle whistle. Pipes inside a building are one classic example and similar effects are seen inside damaged vehicle exhaust systems. Once we know where the whistle is coming from, and what’s making it happen, we can potentially get rid of it.

Next one the list? High-speed hand-dryers. Look out, Dyson, the University of Cambridge is hot on your heels. More here.

This Runner's Jacket Inflates To Cool You Down

The folks over at Gear Junkie got a chance to visit the product development lab at North Face's new headquarters in Alameda, California, and one of the many new innovations they were shown was this wonderful runner's jacket that uses a clever ventilation system to cool you down.

Tugging on a pair of elastics on the updated Stormy Trail runner's jacket seals off the coat at the waist. So as the wearer runs, air entering the jacket through a series of vents can't escape out the bottom. Instead, it flows up the runner's back and escapes out another vent closer to the top of the jacket, taking heat with it and cooling the wearer in the process. It's as close as a jacket can get to air conditioning, and will be available next July for about $165. More here.

Dolphins Inspire a New Kind of Radar That Detects Hidden Electronics

Not only are they out there keeping fish populations under control and occasionally leading lost boaters to land, dolphins' unique hunting techniques have also recently inspired a new kind of radar that's able to pinpoint hidden electronics like bomb triggers and surveillance devices. Move over dogs, man's officially found its new best friend.

Developed by researchers at the University of Southampton in England who were intrigued at how dolphins were still able to pinpoint fish they were hunting even in the middle of distracting clouds of underwater bubbles, the TWIPR—or twin inverted pulse radar—borrows techniques from the ocean's smartest inhabitants.

Namely, a technique where two signal pulses are sent out instead of one. This approach allows dolphins to distinguish between fish and bubbles, but with the TWIPR technology it can be used to detect electronics. When the pair of positive and negative pulses hit something like a tree, a rock, or even metal, they cancel each other out and disappear. But when the pulses hit a device made with semiconductors, the negative pulse becomes positive, doubling the signal and making the electronics very easy to spot.

What's particularly awesome is that the new technology—which could easily find a bomb hidden in a dumpster full of trash—measures just two inches in size and can be built from electronics costing less than a dollar. So putting it into production and into the hands of those in danger shouldn't require much further development. More here.