If I stumbled across the world’s largest 3D street art in London, my knees would buckle, pee would tinkle down my leg and I’d probably even cry. That’s because the 3D art transforms a regular street into a frighteningly deep gaping pit straight into the middle of the Earth. Just look at it…
The Nesjavellir Geothermal Power Plant in Þingvellir, Iceland.
In absolute terms, lithium is not particularly rare on Earth. It’s the 25th most abundant element, close to nickel and lead. Bolivia alone is estimated to have enough lithium to make batteries for 4.8 billion electric cars, and since lithium is not destroyed in use – unlike fossil fuels – old batteries can be recycled into new ones, or used to smooth out the output of wind farms.
So the question isn’t: Will we have enough lithium? Rather, it’s more like: As demand for it explodes, can we ramp up production rapidly enough, at a low enough cost, and while keeping it as environmentally-friendly as possible. It’s still probably going to be much better to make a battery once and then use it for years with progressively cleaner electricity (as the grid incorporates more and more renewable energy) rather than fill up a gas tank with non-renewable fossil fuels from halfway around the world every week, but even in that scenario, it’s going to be better if we can get the lithium cleanly and close to where we’ll use it. That’s where geothermal power plants enter the picture…
Ultra-lightweight materials are an incredibly cool area of materials science, bringing us crazy substances like aerogel. And now, for the first time, scientists have produced a metal that’s so light it can balance on the fluff of a dandelion. Here’s why this material is revolutionary — and how it’s made…
Looking at some of the most beautiful libraries in the world, like the Wiblingen Monastery Library in Ulm, Germany seen above, is truly fascinating. But if you’re like me, it might also make you feel depressed about the sad state of your town’s library.
Hydrogen is the most abundant element in the universe, but it’s not all that useful as a gas. Two scientists say they’ve coaxed it to become a metal, which could be used in ways that would radically change our lives.
Two scientists at the Max Planck Institute in Germany say they applied intense pressure and manipulated a few other conditions to transformed hydrogen into a metal. If their results, which they published in Nature Materials, can be reproduced it could lead to amazing things like super-efficient transportation systems, powerful medical devices, and major advances in computing…
Who would have thought the future’d start with an ad in the back of Electronic News? But, on November 15, 1971 Intel announced its new 4004 processor—the first commercially available computer processor manufactured on a chip—and helped to usher in the Digital Age…
To drink or not to drink..from a bottle that isn’t glass, that is the question. A UK company has invented the world’s first paper wine bottle. But will purists drink wine from it?
Nokia apparently feels like the smart phones we have today aren’t rubbery or flexible enough to take us into the future, so they are introducing a design that will change the way we use, and touch, our phones.
Called the HumanForm, this rubbery surfboard shaped device is virtually unbreakable, has twist control functionality, and will supposedly allow us to feel textures via “electro tactile technology”.
We’ve always heard that it is better to give than to receive. And the research is there to prove the old adage is right. A post at PsyBlog has links to several studies about this phenomenon.
But why? Why is it that spending our money on others—prosocial spending—makes us happier?
Buckminster Fuller only designed about a dozen of domed structures to begin with, and many have either been torn down in lieu of new construction or simply left to rot. But not the dome at Materials Park in Ohio, it just received a $7 million facelift and is now listed on the National Register of Historic Places (NRHP)…
Continuing the tradition of making every food product ever taste like bacon, Rogue has released a beer that’s sure to be Homer Simpson approved. Called the Voodoo Doughnut, this ale is bacon maple flavored, and comes in a horrifyingly pink bottle. Getting drunk first thing in the morning never tasted so good!
Nature provides another model for technological advancement.
Ohio State University researchers have discovered that a weed, Salvinia molesta, that clogs up the waterways of many parts of the Americas and Australia actually holds the clues to creating a new type of waterproof coating for materials — all thanks to a very unusual characteristic.
This weed has eggbeater-shaped hairs that trap air and keep the plant floating on the surface of the water — and these odd hairs have inspired a brand new type of coating for things like boats or submarines…