Hasta La Gadget!

There are a lot of things you can have delivered to your home on a monthly basis: magazines, hot sauces, underwear and beer are just a few. The second place winner at the Husky Startup Challenge, genius.box, takes that basic concept but replaces the Fruit of the Looms with simple to perform science experiments. Aimed at children between the ages of eight and 12, the projects inside each package teach a basic lesson in science, technology, engineering or math through a hands-on experience. All of the materials needed for each experiment are included, along with a lesson plan, instructions and “factoid” cards with tidbits of interesting trivia, such as the number of elements on the periodic scale.

The two boxes trotted out for demo day by creators Kate Pipa and Shivangi Shah covered the science and technology portions of the STEM equation. One was a kitchen chemistry set for growing crystals and the other a simple electronics kit, based partially around parts of a Snap Circuits set, that has kids building an electromagnet and lighting up an LED. This isn’t exactly a return to hardcore chemistry sets of the past (you’ll find no radioactive materials or poisons in here), but it’s certainly a step in the right direction for an America whose love affair with science is on the rocks. Every four weeks a child would get a whole new educational playset for the target price of $20 a month. Which is quite a bit cheaper than your standard chemistry set or electronics kit. To be kept in the loop as genius.box works to get off the ground, sign up at the more coverage link.

Filed under: Misc, Science, Alt

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You may not look at the trio of concentric seats above and think “expensive electronic car,” but French designers Ronan and Erwan Bouroullec are nonetheless calling their “Quiet Motion” exhibit at this year’s Solone del Mobile an “allegorical interpretation” of just that. Beyond simply looking pretty, the exhibit is intended to represent BMW’s history of working with “designers spanning a wide range of industries” — BMW’s long-running Art Car project, for instance — as well as employ the sustainable materials used in the BMWi line. They’re calling the slowly rotating platforms a version of a carousel, and you’ll be able to get your gluteus maximus on the installation starting tomorrow through April 14th. Whether it inspires you to buy a BMWi vehicle … well, that’s another question; at very least, it’s a rather unique photo opp (if you’re in Milan, that is).

Filed under: Transportation, Alt

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Alt-week peels back the covers on some of the more curious sci-tech stories from the last seven days.

Evolution, devolution, review-lution. Okay, so we made that last one up. But if they ever do invent a machine that can re-view your dreams in full HD, we’re betting that’s what they’ll be calling it. The even better news is that that’s possibly not as crazy as it sounds as we learn this week. What week? Why, alt-week of course.

Filed under: Science, Alt

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Water and fat — those are the two primary building blocks Oxford University researchers have used to 3D print the droplet you see above. Sounds unremarkable until you consider its intended application as a human tissue replacement. By stringing together thousands of these so-called droplets (which measure about 50 microns across) using a custom-built 3D printer, the Oxford team believes it has engineered a “new type of material” that could eventually be used to ferry drugs throughout our internal systems to a specific target site, fill-in for damaged tissues or even mimic neural pathways via specially printed protein pores. The potential applications for medical science are impressive enough, but consider this additional benefit: since the droplets contain no genetic material, scientists can completely sidestep all the ethical red tape surrounding the alternative stem cell approach to artificial tissue. At present, the team’s been able to string about 35,000 of the droplets together, but there’s no real cap as to how large or even what type of networks can be made. If the money and equipment are willing, this Oxford team can make scifi dreams come true.

Filed under: Science, Alt

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Via: National Geographic

Source: Oxford University

Hydrogen fuel cell cars have any number of hurdles to overcome, whether it’s widespread adoption or the basic matter of locating a place to fill up. If a Virginia Tech discovery pans out, getting the fuel itself won’t be one of those challenges. The new combination of a polyphosphate with a special blend of enzymes lets researchers extract meaningful quantities of hydrogen from any biological element that includes xylose — in other words, the sugar that’s present in every plant to at least some degree. The process is potentially more eco-friendly than most, as well. While you’d expect it to be renewable given the main ingredients, it also reduces the need for metals and cuts back sharply on the volume of necessary greenhouse gases. Most importantly, the findings could reach the commercial world as soon as three years from now. If they do, they could lower the price of hydrogen fuel by making it more accessible, all the while avoiding much of the guilt trip that comes with using polluting technology to generate clean energy.

Filed under: Transportation, Science, Alt

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Via: The Verge

Source: Virginia Tech, Wiley