Popular Science has a great slideshow of tools
used to make the sort of fancy, $15 cocktails that are served to you by gentlemen wearing handlebar mustaches. From CNC routers that carve ice, to drinks aged in sous-vide machines, to repurposed lab equipment like centrifuges and rotary evaporators, it's a cool behind-the-scenes view of the gadgets used by the modernist bartender. (Random shout-out to Peder at Marvel Bar!) — Maggie
Bryan Cantrill from Joyent explains
why the company expects engineers not to use gendered pronouns in documentation: "empathy is a core engineering value—and that an engineer that has so little empathy as to not understand why the use of gendered pronouns is a concern almost certainly makes poor technical decisions as well."
In Japan, engineers are attempting to contain radioactive contamination from the Fukushima power plant by freezing the ground around it into "ice walls" that will remain frozen for years
. At Nova, Jessica Morrison writes about this weird technique, which has been around for over half a century and is more commonly used as part of massive construction projects with large underground components, including Boston's Big Dig. — Maggie
The term "gonzo journalism" gets thrown around pretty loosely, generally referring to stuff that's kind of shouty or over-the-top, but really gonzo stuff is completely, totally bananas. Case in point is James Mickens's The Slow Winter [PDF], a wonderfully lunatic account of the limitations of chip-design that will almost certainly delight you as much as it did me.
Read the rest
The iceberg wasn't the only thing that took down the Titanic, explains Yale University materials scientist Anissa Ramirez. Instead, cold temperatures in the icy North Atlantic changed the behavior of the materials that made up the boat — changes that reduced the ocean liner's ability to withstand a head-on iceberg collision.
Check out more Anissa Ramirez science videos
How the ancient Romans created color-changing glass goblets
that shifted colors based on what you put in them. — Maggie
507 Movements brings to life Henry T Brown's 1868 treatise "Five Hundred and Seven Mechanical Movements, Embracing
All Those Which Are Most Important in Dynamics, Hydraulics, Hydrostatics, Pneumatics, Steam Engines, Mill and Other Gearing, Presses, Horology, and Miscellaneous Machinery; and Including
Many Movements Never Before Published
Several Which Have Only Recently Come Into Use," and includes selected animations of the mechanisms. Hypnotic and educational!
507 Mechanical Movements
(via O'Reilly Radar)
As they move through tunnels dug in a wide variety of soils, ants do sometimes slip and fall down their own shafts. But they catch themselves, with their limbs and even with their antenna. Scientists are studying the ways ants brace against a fall to help design better robotos for search-and-rescue missions
. — Maggie
American astronaut Sally Ride monitors control panels from the pilot's chair on the flight deck in 1983. Photo by Apic/Getty Images, via PBS NewsHour.
Tonight, PBS NewsHour science correspondent Miles O'Brien will serve as master of ceremonies in a Kennedy Center gala honoring the life and legacy of astronaut Sally Ride. The tribute will highlight her impact on the space program and her lifelong commitment to promoting youth science literacy.
Her Sally Ride Science organization reached out to girls, encouraging them to pursue careers in the Science, Technology, Engineering and Math (STEM) fields, where a gender gap persists.
At the PBS NewsHour website, read the column Miles wrote immediately following Ride's death in July 2012, 17 months after she was diagnosed with pancreatic cancer.
Geoscientist Matt Kuchta explains why wet sand makes a better castle than dry sand — and what you can do to make your sand fortress even more impenetrable. Hint: The secret ingredient is window screens.
This morning, Marketplace Tech Report had a story on a new cellulose-based building material that could be made by genetically engineered bacteria — altered versions of the bacteria that naturally make stuff like kombucha. This tech sounds like it's got a long way to go from laboratory to the real world, but if they can perfect the process and make it large enough quantities, what you'd end up with a strong, inexpensive goop that could be used to build everything from medical dressings, to digital paper, to spaceships. Yes, you could theoretically use this stuff to make rocket casings, according to R. Malcolm Brown, Jr.
, a professor of cell biology at UT Austin. And if you can build a rocket from this stuff, you could also break the same material back down into an edible, high-fiber foodstuff. — Maggie
The other night, Joshua Foer posed this question was posed to a table full of science journalists. Most of us started talking about friction, and/or possibly something to do with the little flanges on either side of a train wheel.
We were all wrong.
This is a Richard Feynman video, yes, but it's more about mechanics than physics. Turns out, you can learn a lot about how trains stay on the track by looking under your own car.
Known affectionately as Bertha, this tunnel boring machine has the widest diameter of any boring machine ever built; 57.5 feet. It's being used to dig a highway tunnel under downtown Seattle and it just arrived there today after being shipped from Japan.
I feel this warrants your attention for two reasons:
1) If you live near Seattle, you can actually go get a look at this massive beast before it starts chewing its way through the city. If you like looking at giant machines (or know someone who does) now's your chance. She's coming into the Port of Seattle, Terminal 46, as you read this and there will be ample opportunities to get a look as the pieces are assembled and moved into the nearby launch pit. The Washington State Department of Transportation has suggestions on places to go to get a good view.
2) If, for some reason, you were looking for a new way to lose massive amounts of time on YouTube, Bertha (and boring machines, in general) can help with that. Here's a cutaway animation explaining how boring machines work. Here's a video of Big Becky, another boring machine, breaking through to the other side of a tunnel at Niagara Falls, Canada. (In fact, boring machine breakthrough videos are, in and of themselves, a mesmerizing genre.) And in this video, you can watch the massively long line of support equipment go by in the wake of a boring machine.
The Pyramids of Giza close to tourists at 4:00 pm. Recently, a group of Russians managed to hide out at the site after closing time and scramble up the Great Pyramid of Cheops in the fading light. Naturally, they took photos. (Because if there is one thing the Internet has taught me about Russians, it's that they like to climb to dangerous heights and then take photos.)
These shots are kind of fabulous, not just for the thrill of "yeah, somebody broke the rules!", but because of the perspective you get from on high that isn't visible in the many ground-level shots I've seen. From on top of the Pyramid, you can see how the stone is pockmarked and carved — it really looks like something humans cut out of the Earth. You can also see the graffiti left by generations of tourists in multiple languages; English, Arabic, French, and more. And you can see the edge of the modern city, shimmering just at the horizon. I don't think I'd previously had such a profound sense of how closely modern Egyptians lived and worked to the Great Pyramid, before. What a fascinating view!
Thanks to Steve Silberman for the link!
Like the people cheering at about :25 into this video, I'm a sucker for dramatic explosions. This one comes from Texas, where the transportation department blew up an old bridge in the city of Marble Falls on March 17th. Also, apparently, it's warm enough in Texas that multiple gentlemen could watch a bridge explode from the comfort of their jet skis.