A Best Western in Denver is set to begin a remodeling project that will turn it into a dinosaur-themed wonderland
. (Via Alexandra Witze) — Maggie
At one point — I think it was about halfway through climbing the twisting warren of dark staircases and pipe organ parts that leads to the top of the 10-story slide — I turned to my husband and asked, incredulous, "Why the hell wasn't this place in American Gods?"
Opened in an abandoned shoe factory and warehouse in downtown St. Louis in 1997, The City Museum is not so much a museum as it is a massive, rambling fantasy playground. From the rooftop to the strange subterranean tunnels built beneath the lobby floor, sculptor Bob Cassilly and a team of 20 artisans have, bit by bit, created something truly wonderful. Imagine what might happen if somebody turned Maker Faire into a full-scale amusement park. That's The City Museum.
There's a 1940s ferris wheel creaking and groaning its way through a glorious, rooftop view of the city. There's a human gerbil trail that winds around the first floor ceiling, providing great spots to check out the intricate tile mosaic fish that swim across the floor. There are columns covered in gears, and columns covered in old printing press plates. There's a giant ball pit; two gutted airplanes suspended in midair; and so many chutes, and slides, and tunnels that, by the time you walk back to your car you will find yourself thoroughly conditioned into reflexively contorting yourself into every dark hole you happen to see. Also, there are bars. Also, there is almost entirely zero supervision.
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Photosynthesis allows plants to convert light from the Sun into energy, and, in some cases, it does this incredibly well. In fact, certain bacteria can capture 95% of the light that hits them and turn it into useful energy.
Solar panels also convert light from the Sun into energy—but they aren't nearly as good at it. The very best solar panels ever tested in a lab (i.e., not the ones actually available for sale and installation on your house) were able to convert about 34% of the light that hit them into electricity. (Individual experimental solar cells can do better than that. But those are even further away from being incorporated into commercially available panels.)
Why can't we use the Sun's energy as effectively as bacteria can? The secret may be that the bacteria are using quantum physics to transmit energy. It's sort of like the bacteria have a method for keeping boxes of energy from falling off the truck during transport.
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One artfully torn dress from Goodwill, white face paint, and some of that hairspray-style hair dye to color my hands and feet = A weekend of explaining what a "wight" is to people who have never read Game of Thrones. (Sadly, the cheap blue contact lenses I picked up at a gas station wouldn't go into my eyes successfully.)
What did you dress up as this year?