(YouTube Link)
Animator Jeremie Duval remixed Super Mario Bros. with the tone and sound of Quentin Tarantino's Pulp Fiction. Content warning: not for mushroom lovers.
Via Geekologie
one day as dettmer was walking down the street he spotted a dead bird and an idea hit him. ‘here was this thing that used to live, its used to fly around and play a vital role, and now it is dead and all that remains is the solid material.’ dettmer was quick to extrapolate this idea linking the bird’s life to that of the cassette. he ransformed the skeleton of old cassettes into literal animal skeletons. this lead to a series of 12 human skulls made from tapes, each with a different theme like heavy metal or hard rock. the most complex piece in this body of work is a full skeleton made from over 180 cassettes. all the pieces are made using only cassettes tapes with no glue, tape or other outside materials. while dettmer couldn’t revel his process to designboom, he did tell us that he heats the plastic up so he can literally form and weld them with his wet hands and other tools.
[...]this lifesaving adhesive is designed for use anyplace that’s prone to blasts and other lethal forces, like in war or natural-disaster zones, chemical plants or airports. To keep a shelter’s walls from collapsing in an explosion and to contain all the flying debris, you simply peel off the wallpaper’s sticky backing, apply the rollable sheets to the inside of brick or cinder-block walls, and reinforce it with fasteners at the edges. Covering an entire room can take less than an hour.
X-Flex bonds so tightly, it helps walls keep their shape after blast waves. Two layers are strong enough to stop a blunt object, like a flying 2x4, from knocking down drywall. During our tests, just a single layer kept a wrecking ball from smashing through a brick wall. The wallpaper’s strength and ductility is derived from a layer of Kevlar-like material sandwiched by sheets of elastic polymer wrap.
I created this photograph for the Kids Gallery of the Connecticut Science Center in Hartford. It shows 117 objects balancing on a single Lego block. No adhesives, glue or hidden supports were used. The stability of this improbable pile of objects is helped by positioning the center of gravity of each horizontal section directly above the Lego block and by lowering the center of gravity of the entire structure as much as possible through the use of hanging objects.
The process involved about a week of trial and error, with many, many crashes along the way. After settling on a design for the lower half of the structure, I worked on the horizontal segments separately, adding them to the stack with temporary supports in place. This allowed me to swap out different objects and shift them around until all the parts were in balance. I then removed the supports and took this photograph. The stack remained up until I decided to knock it down (captured on video!)
Among the supplies British explorer Sir Ernest Shackleton abandoned on his unsuccessful 1909 expedition to the pole were two crates of the now extinct rare old brand of McKinlay and Co whisky.
Now Whyte & Mackay, the drinks giant that owns McKinlay and Co, has asked for a sample of the drink for a series of experiments, the Telegraph newspaper reported in London.
The New Zealanders will use special drills to free the trapped crates and rescue a bottle from the crates, discarded near the Cape Royds hut used by the Nimrod expedition, or at least draw off a sample using a syringe.
The crates were discovered in January 2006, but the bottle couldn't be removed as they were too deeply embedded.
The man had expected a real hedge trimmer to turn up on Sunday to mow the hedge, but when he didn't his mate arrived with his crane and a ride-on mower.
The next thing he knew he was being hoisted up on top of the two-metre high hedge.
"We were supposed to get all dressed up in our Mooloo gear and show people that this is how the Waikato boys mow their hedges."
The unusual sight bemused passing motorists. One passer-by, Bart Dinger, said it was a classic case of Kiwi ingenuity.
"A kiwi classic – jandals and all," he said.
Hawkins began building an electronic sound machine that would produce waves of 16 hertz—the same frequency at which the cilia move—to help break up the mucus. Generating a hum of such a low frequency normally requires van-size subwoofers, and so he spent 15 years honing and shrinking the speakers. Then one day as he was testing a mouthpiece filter for his machine, he noticed that blowing through it sent a slight vibration into his chest. Within five seconds, he sketched out the Lung Flute to amplify the effect. Blowing into the tube flaps a reed-thin sheet of plastic, which vibrates the chest and shakes the mucus until it’s thin and mobile enough for the cilia to usher it up your throat. “I felt so stupid because the answer was so simple,” Hawkins says.
Today, doctors in Japan use the $40 Lung Flute as a tool to collect sputum from patients suspected of carrying tuberculosis, and in Europe and Canada it’s used to help test phlegm for lung cancer. Clinical trials in the U.S. have shown that it is at least as effective as current COPD treatments. At press time, Hawkins expected the device to receive FDA approval any day, and says the reusable device could also provide home relief for patients with cystic fibrosis, influenza and asthma.
When Chris Herbert decided to pop the question to his girlfriend of three years, Belle Starenchak, he picked the most romantic place he could think of: Anime Weekend Atlanta, with both dressed as Pokemon. It ... kind of makes sense for them.
Belle, or "PikaBelleChu," is featured in the Guinness Book of World Records: Gamer Edition for her massive Pikachu memorabilia collection, and Herbert met her by staging a Pokemon auction. So while we might be tempted to laugh, it would seem that the pursuit of 'em all is a major component of this couple's lives.
It has been redubbed Fashionista (much better than the original Webcam Social Shopper) and it works pretty much how you'd think it would: When you've chosen an item of clothing you like the look of, you print out a special AR barcode-like tag and hold it up in front of you while you stand before your Webcam. Zugara's software then displays an image of the clothing you're interested in superimposed on your body. By maneuvering the AR tag around you can position the apparel exactly how you want it to match your body--so you get to see a rough image of what you'd look like wearing the actual garment.
It doesn't stop there: You can take a snapshot of what you look like, and the system includes motion-capture so you can make gestures and selections by waving your arms, much as you do when using Sony's Eye toy on the PlayStation. You can also give the clothes a thumbs up or thumbs down so it can recommend more for you--something a bit like a physical version of Amazon's "you might also like" service (or a live personal shopper). And, of course, you can buy the items you select. Not content with using one hot-topic technology, Zugara has also given Fashionista a dash of social media interactivity--you can post the snapshots you take onto Facebook, presumably to garner the opinion of your friends. Or you can add them to your profile on the site where your shopper friends can comment.
The picturesque triple or quadruple sets of horns, looking like gigantic versions of old-fashioned ear trumpets, that are used by listeners for airplanes, are only artificial external ears that can be cocked in the direction of suspected approach, just as a rabbit or a donkey can tun his ears. Only they are more nearly perfect, mechanically, than any animal ear, because they were made to order along mathematically calculated lines, not slowly evolved out of folds of flesh.
During the World War, many blind men, with ears trained to special acuteness in compensation for loss of sight, volunteered for this service in Britain, and it is likely that such sightless soldiers are again helping their companions to locate enemies in the dark.
Funded by NASA and the Spaceward Foundation, the yearly contest offers a $2 million first prize to any group whose machine can quickly climb a kilometer-long ribbon tethered to a helicopter, while receiving power remotely from the ground. On Tuesday, LaserMotive became the first team in competition history to qualify for the $900,000 second prize.
The LaserMotive machine consists of a motor that pulls the device up the 2,953-foot-long ribbon, photovoltaic cells that power the motor, and a ground-based laser that provides the light for the cells. LaserMotive set a new record for the competition, and became the first team to ever reach the top of the ribbon. However, they had to settle for the $900,000 second prize, as securing the $2 million first prize requires not only reaching the top of the ribbon, but doing so at an average speed of 11 miles per hour. Sadly, the LaserMotive machine ran slightly slower than that mark.