About Allison Loudermilk

Allison Loudermilk just wants more people to give science a chance. As the science editor, Allison edits most of the stories on things that blow up and otherwise keep researchers busy in the lab and moldy old basements. She has a master’s degree in journalism and mass communication from the University of Georgia and a bachelor’s degree in environmental science from Barnard College in New York City. When she’s not contemplating the mysteries of the universe, Allison dabbles in motherhood, running and reading. Be sure to leave a comment on the blog with your favorite sci-fi book and film picks so she will never, ever confuse "Star Trek" with "Star Wars." Not that she does. You can find Allison on Twitter @BlowtheMind and on Facebook at the official Stuff to Blow Your Mind page.

Most Recent: Allison Loudermilk Postings

As Peter Parker could tell you if he weren’t off fighting the Green Goblin, spiders are amazing creatures. A lot of that awesomeness stems from the silk with which they spin their mighty webs. With its tough but elastic nature, the silk that some arachnids like to loop from spot to spot creates a dragline that’s tougher than Kevlar — the material you want to be outfitted with if you ever decide to take a bullet, not that we’re suggesting that.

Now a couple of researchers suggest that they’ve found the toughest biological material ever, as reported in the journal PLoS ONE.

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Imagine for a second that you want to buy a hybrid car. You haggle over a price with the salesperson, haggle a little more with the sales manager who inevitably appears, and finally settle on a price. While you’re signing the papers, you notice one that stipulates how you’ll drive your new hybrid. No jamming on the gas pedal the second the light turns green. No waiting until the very last second to stomp on the brakes. You will coast. You will become a hypermiler. Or else.

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Actually humid air, or at least that’s the assertion offered by some Brazilian researchers who’ve been trying to make Nikola Tesla’s dream of taming and using natural electricity a reality. Hygroelectricity, as presented by Dr. Fernando Galembeck at the 2010 American Chemical Society meeting, goes after charged atmospheric water droplets and attempts to collect and convert them into usable energy, similar to the way solar panels operate.

In the race for renewable sources of energy, this is welcome news, indeed. Plus, if we mere mortals aren’t going to be able to throw lightning bolts around anytime soon, capturing them and making them serve our human needs is almost as good, right?

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The world of biofuels is abuzz these days with new innovations. First up, an intrepid metabolic engineer from the University of Illinois has stepped up to the challenge of efficiently developing biofuels. And that’s great because while we keep coming up with ideas for feedstock — or things that we can turn into biofuel like corn or switchgrass or butter(!) — we’re having a hard time balancing the energy equation in terms of efficient production.

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For many of us, visiting the bathroom is a lot like visiting Las Vegas. What happens in there, stays in there. Several companies are hoping to change your habits in there though, most notably by inducing you to wash your hands on top of the toilet.

Big deal. Sink-toilets have been hanging around highly efficient Japan for decades. The compact devices feature a toilet on the bottom and a sink mounted on the top in the spot where you might usually keep some well-thumbed reading material. Once your affairs are in order, you simply turn around and wash your hands, with the fresh water coming from the tap, trickling into the sink basin, politely bypassing the tank and traveling directly to the toilet bowl to refill it.

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Running a church is hard work. After all, a house of worship is a port in the storm to members of its community. Services, soup kitchens, bible studies and confessionals have to be held as planned for each and every needy soul. All that outreach consumes not only the time and commitment of members and staff, but also a fair amount of energy.

With utility costs averaging $1.66 per square foot per year, the First Parish had enough. Find out what the church did inside.

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Do you drive a hybrid vehicle that feeds you every kind of stat imaginable on your mileage consumption? Or maybe just a run-of-the-mill beater that grudgingly displays your miles per gallon? Either way, you’re interacting with persuasive technology. Even if you opt for public transportation, chances are you’re encountering persuasive technology. And those technologies are trying hard to change the way we consume energy.

Like the term suggests, persuasive technology encompasses anything that aims to change people’s beliefs and behaviors — be it a dashboard display, a smart meter or a video game.

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I started this post thinking it was going to cover water wars. We’d begin with news of Georgia’s struggle to work out a water-sharing agreement with Alabama and Florida before July 17, 2012. Then maybe we’d head to Cochabamba, Colombia, to talk about the melee that erupted in 2000 after residents of the country’s third-largest city got really mad about a plan to raise water rates by more than 30 percent. Five people dead and 40 people injured later, that price hike was a no-go.

But while I was reading about water (and drinking some, too), I learned that people are actually pretty good at sharing water, and that’s surprising considering that water management is synonymous with conflict management, writes Aaron T. Wolf.

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Humans have a tendency to sprawl. You’ve seen it on the bus or train when your neighbor spills over into your narrow seat. With the help of an orbiting satellite, you can see it on a larger scale, with urban areas sprawling out for miles in every direction. Sprawl has entered the energy lexicon as well, and not everyone’s happy about it.

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Energy is ubiquitous, which makes it a beautiful blog topic. Once you start thinking about energy as more than just oil or solar power, but rather as the input that powers all systems, a world of topics opens up for you. If you’re like me, you also start thinking about all the ways in which energy is lost. You just lost some reading this. I just lost some writing this.

For an amputee, all that lost energy can add up. Consider that people without prosthetic limbs dissipate a significant amount of energy while walking, mainly between strides, according to Steven Collins and Arthur Kuo, the developers of a micro-processor-controlled artificial foot they described in a February 2010 PLoS ONE paper.

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