Superhot beats supercold in a cloud of spectacular smoke!

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Last week, it was a dramatically exploding turbine at a wind-power farm in Denmark. Here's what's driving the conversation this week at our partner site, ScienceBlogs.de: Genetically Modified Food Europeans are famous for their reluctance to accept genetically modified crops and foodstuffs. But…
That's how rubidium and cesium are described in this video about the explosive consequences of mixing alkali metals and water. Gotta love the Brits. See also the competition between thermite and liquid nitrogen. Round two matches the winner against a Peugeot engine, and then the car's gas tank.
Our colleagues over at scienceblogs.com of Germany have a new cool video. My German is rusty but let me try to translate: If you mix warm and cold (liquid or gas) you get a temperature that is in between. But what if the "warm" is burning thermite (at thousands of degrees C) and the cold is…
In comparison to other science shows, Brainiac is quite effective at appealing to the visceral compulsion to play with fire. In this case, they pitted scorching hot thermite against molten metal. What could be better than a battle between two of the most enjoyable science demonstration tools of all…

Yes, I've seen many Brainiac clips on YouTube and this is one of my favorites. The other is the video experiment they do where one person is dressed in a bee suit and they go through the exchange experiment in realtime. Then they slow it down so you can actually see the bee enter the frame. Too funny.

Don't you find "science" shows like this kind of ridiculous, though? Would it kill them to take 30 seconds out of the schedule to describe the weight of the two samples, or (more fun) do 3 different iterations: one with a lot more liquid nitrogen, and one where they were evenly matched? I know people just like to watch stuff explode... but it seems like they're missing so many teachable moments.

Interesting - that was my exact thought when I watched this: what is the explanation for what we saw and would a much larger quantity of liquid nitrogen actually be able to survive, if not extinguish, the heat of the moment.