Sunita Williams was in charge of the International Space Station for six months. On her last day in space, she made this 25-minute video — a much more in-depth tour of the ISS than I've personally ever seen before. This is the first time I've actually been able to get a sense of the whole interior layout of the ISS, rather than just seeing one place and then another with no understanding of how they connect. What's more, you really get a sense of the unearthly weirdness of moving through this space where walls are never just walls and "up" and "down" are essentially meaningless.

The video includes a detailed (but safe for work) demonstration of how to use the ISS bathroom; a behind-the-scenes peek of the pantry (with separate pantries for Russian and Japanese food); a visit to the Soyuz craft waiting to take Williams home; and the vertigo-inducing horror pod where all the really great pictures of Earth get taken.

Money quote: "I haven't sat down for 6 months now."

Also, for some reason, it bothers me that she refers to the "left" and "right" side of the Space Station, instead of port and starboard.

If Britain had been attacked by a nuclear bomb during the Cold War, its government would have survived by retreating to a massive, 35-acre complex buried beneath the county of Wiltshire. I call it a bunker in the headline, but it was more like a small town—large rooms linked by roads, built on the site of an abandoned quarry. Known as Burlington, it could house 4000 people and feed them all for 3 months. It was also home a broadcasting studio and hospital.

The whole thing was kept secret up until its decommissioning in 2004. You can take a tour in the BBC news clip above, or check out the photo galleries and interactive maps on the BBC's Burlington site. With few upgrades since the 1960s, the place looks like a time capsule. An awesome, gigantic time capsule. It's easy to understand why the news presenter in the video is rubbing his hands together gleefully as he's about to get on the elevator to go down. I'd be excited, too!

Video Link

BoingBoing reader davidsongray visited Biosphere 2 recently, and took some photos of the site. Today, Biosphere 2 is owned by the University of Arizona. It's also being used for scientific research projects, including the Landscape Evolution Observatory, which will study the natural cycles of carbon, water, and energy, and how those cycles are affected by climate change and by natural systems like vegetation and microbes. The LEO experiments are being constructed in Biosphere 2 right now. That picture above shows the construction site set up in Biosphere 2's old agricultural area.

Some of the niftiest shots davidsongray took are from the living areas of Biosphere 2, which I don't remember having ever seen before.

Oh, and this isn't something where you need to know a guy to get in. Tours are $20 a ticket.

But on Friday, September 30, the Tevatron smashed its last protons.

Ultimately, the Tevatron was simply the victim of the progress of technology. When it opened in 1983, it replaced older, lower-energy accelerators. And, in turn, the Tevatron has been replaced by the Large Hadron Collider, an accelerator capable of pushing particles to even higher energies. Once that happened, it was only a matter of time before the Tevatron felt the budgetary axe.

The end of the Tevatron doesn't mean the end of research at the Fermi National Accelerator Laboratory, and it doesn't mean the end of particle research in the United States. But it is the end of an era.

William S. Higgins is a radiation safety physicist at Fermilab, and a contributor to Tor.com. He helped build the Tevatron and he was on hand last Friday, recording his thoughts and some photos to share with us. Here, you'll find a sentimental scientific tour of the last day of a great piece of research equipment. Unless otherwise noted, all the captions were written by Higgins.

View the gallery here.

Nobody knows that better than scientists.

From physicists tracking a particle, to taxonomists identifying a new species of wasp, to chemists creating a useful molecule—nearly every discovery you read about in the paper began with the researchers creating the tools they needed to test their own hypotheses. In the lab, DIY isn't just a hobby. It's part of the job.

And Alvin, a research submersible owned by the U.S. Navy and operated by the Woods Hole Oceanographic Institute, is one of the most successful scientist DIY projects ever. Launched in 1964, Alvin was part of a trend. At the time, everybody wanted their own deep-sea-worthy mini-submarine. But, almost 50 years later, Alvin is one of the few still in use. The little research vessel that could, Alvin was made—and is regularly re-made—by the very people who use it.

Last month, I was in Woods Hole, Massachusetts, and got a chance to tour the facilities where Alvin is currently undergoing a significant overhaul, and where WHOI researchers design and build all the tools they use on Alvin and on ships like the Oceanus.

My guide was Hartley Hoskins, a geophysicist and communications engineer who has worked for WHOI since 1958. At an age when most people are slowing down or retiring all together, Hoskins remains almost preternaturally passionate about WHOI and the work that's done there. At one point during the tour, he got so excited about the technology he was explaining that he literally bounced on his toes.

Of all the things Hoskins loves, it's the DIY culture of science that seems to please him most.

"It's sort of implicit in the nature of the business," he says. "When you look at NASA projects like the deep space probe, you had to get time synchronous with four points on the Earth's surface to track the thing. You can't buy commercial circuits to do that. That probe works because they use commercial circuits that have been specially adapted by scientists."

To find the place where that same kind of magic happens at WHOI, you have to enter a nondescript, 1970s office building, and walk out its back door, onto a wide pier where a couple of huge metal sheds are surrounded by makeshift outbuildings, stacks of finished tools and crates, and the flotsam of several decades' worth of welders' whimsy.

This is where good ideas become real life, Hoskins says. Where specialized tools are built and where researchers learn how to milk every watt out of the batteries needed to run those tools.

"The policy here is, if you operate it, you build it," he says.

That's Hartley Hoskins in the photo above, standing next to what looks like a white shipping container. But it's really a lot more than that. On the pier, I saw 10 or 15 of these containers and each one, Hoskins told me, was a portable laboratory, designed to be loaded onto a research ship.

This is actually a really important part of the WHOI Maker culture. When you have lots of people building lots of different tools, you quickly realize the importance of making sure those tools can be re-used for multiple purposes. At WHOI, this means there's a lot of standardization built into ships like the Oceanus and Alvin, so those expensive tools can be easily re-configured for a wide variety of research. There's only so much room on a boat, so you can't afford to build in a permanent photography lab that won't be used most of the time. Instead, you build a photography lab in a shipping container, and bring it on board when you need it. In fact, Hoskins likens the Oceanus to a Lego kit. What it does and who it serves can be adapted to just about any research project.

You can see the effects those values on Alvin, as well. Shortly after the sub was launched, Hoskins told me, a bosun named Brody figured out that the researchers who used Alvin needed a better system of organizing their tools.

Bosuns (or boatswains) are the people who manage schedules, work assignments, and the organization of supplies on board a boat. Bosun Brody's skills helped make Alvin a better tool that more scientists could easily use for a wider variety of research.

"Bosuns are really special people," Hartley says. "In one sense, they're like old maids, with a place for everything and everything in its place. Brody was the one who really grabbed the bull by the horns, and realized that to work with Alvin, you needed a little work table."

During one dive in Alvin, the operators might be performing several different experiments, using multiple tools built by different scientists. They have to be able to maneuver everything using robotic arms. And they have to be able to take different kinds of samples and safe places to store them. Pocketing a rock might be no problem, but a softer sort of geologic sample could disintegrate before you hit the surface, if it wasn't properly protected.

Brody designed an interchangeable system of baskets that bolted to Alvin's exterior and allowed scientists to bring along a custom organization system on every trip—sort of like a deep-sea California Closets.

When the people who use a tool are also the ones who design and build it, you get another benefit: The ability to keep the tool up-to-date. When I visited WHOI, Alvin was completely dismantled for a major overhaul. The sub gets this treatment every three or four years, Hoskins said. But this particular overhaul was a bit different.

That's because Alvin's sphere, the part of the ship that actually carries the crew, is being completely replaced, for the second time in the sub's history. The sphere in the photo above will go to the Smithsonian. In it's place, Alvin will carry a sphere capable of taking human beings to a depth of 20,000 feet below the surface of the ocean. The first Alvin sphere, in contrast, could only hit 8,500 feet.

The new sphere will also be a little larger, and more buoyant. That's a big deal. For one thing, it means Alvin will be able to carry more heavy equipment. For another, it makes Alvin safer. The photos below show Alvin's chassis, stripped bare. The sphere rests in the big circular brace at the front of the sub. But it's not bound to that brace. The only thing connecting the sphere to the rest of the sub is a series of explosive bolts. In an extreme emergency, the bolts could be blown and the buoyant sphere would rise to the surface on its own.

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