Lithium-ion batteries are currently one of the biggest problems in the tech world. The ubiquitous power source has an annoying tendency to burst into flames. But researchers at Stanford University believe they may have found a solution with a built-in flame retardant that doesn’t harm the battery’s performance.
Even when unlocking the very secrets of the universe, one must always put safety first. That’s why researchers at Stanford University 3D-printed a pair of tiny safety goggles before teaching a parrot to fly through lasers.
Stanford’s μTug minibots are on a roll lately.
Just like a supermarket avocado, the squishiness of fertilized human eggs could hint at how healthy and viable their embryos are—which would be a huge benefit for the millions of in-vitro fertilization babies now being born worldwide.
Hoverboards won’t stop exploding lately, perhaps due to overheating batteries. But what if the battery could shut off before all hot and flamey? That’s the idea behind recent research at Stanford, and the benefits go far beyond gimmicky gadgets looking to avoid recalls.
Tall buildings were the vanguards of the modern world. They completely changed how cities functioned, bringing forth totally new social and urban systems. The reasons they changed cities are surprisingly similar to the reasons they may change the way computer memory is built.
This may look like a scrap of kitchen foil, but it’s actually a new kind of aluminum battery that could out-perform the lithium-ion cells in your smartphone.
Spies and cops can use your smartphone to track your movements. That's no mystery—most smartphones come with a GPS chip that makes it pretty damned simple. So if you don't want to be tracked, you just turn off the GPS feature, right? Unfortunately, there is another way prying eyes can follow your movements:…
Geckos are, objectively, way better at climbing stuff than people. Our big sweaty meathooks are no match for the wall-scaling optimized toe pads of a small lizard. That's why a team at Stanford University is busy making gloves that simulate the sticky grip of the gecko.
Stanford's Linear Accelerator Laboratory operates the longest particle accelerator of its kind—it's produced groundbreaking work in particle physics over the decades, as well as several Nobel prizes. But surprisingly, it also played a major role in the early web: By hosting the first web site in the US. It wasn't much…
Happy birthday, Internet! You may be turning 45 today, but we swear you don’t look a day over 30. And not to embarrass you, but we thought we’d celebrate by sharing some of your baby photos. Or, more accurately, perhaps some of your sonograms.
So here's an important question: How badly designed and how many obvious laws do you have to break in your study before you stop and re-design it? And is the resulting effect on elections malpractice?
Lithium ion batteries are wonderful things, but they're unfortunately given to short circuiting and bursting into flames every now and then. It's extraordinarily rare, but it happens. A Stanford research team thinks they've solved this little big problem by building an early warning system into an existing battery.…
The National Design Awards were last night in New York, where 20 products were vying to be named the country's best. The winner, chosen by public voting, was a fitness tracker called Spire, which claims to keep tabs on your overall well-being by measuring heart rate and breathing patterns to monitor stress.
There's a lion in the San Francisco Zoo that absolutely adores rhino dung: loves smelling it; loves rolling in it. A team of Stanford students found this out during a design-build course, and you know what they did? Those undergrads developed a custom three-pronged poop-chute for the lion lair.
As part of the inaugural Global Space Balloon Challenge, a group of Stanford students took this photo from just above the Earth using two high altitude balloons. With one of them perched slightly above the other, you can see the balloon braving the flight as the other captures this breathtaking view over California. […
We never did get that Nintendo Vitality Sensor (though the company is now working on something grander). A researcher at Stanford, however, has gone and done something similar, only for an Xbox 360 controller.
Since graphite—the dark material used in regular old pencils—and diamonds are both made from carbon, it's technically feasible to turn the former into the latter. You just need to apply a little pressure—about 150,000 times what the atmosphere on Earth's surface is like. But researchers at Stanford University claim to…
In the summer of 1971, on the campus of one of the nation's top universities and under the supervision of a faculty member, 11 students tortured 10 others over a six-day period, all in the interest of "science."