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That car is ready for some major hydroplaning.

Protip - If you’re driving a car (as opposed to a truck or SUV) brake like hell if you see one, but lift off just before impact. Best to get the front bumper up to take more of the impact and discourage the deer from going into the windshield.

well now I’m curious - never saw one like that. Which one is yours?

Funny... but... uh.. is he buckled in? The top clip doesn’t really do anything...

Wait wait wait, you’re upset you can’t use your 4/3 lenses on this camera? What? You must hate nearly the entire field of photography, then.

you could try recharging it

I know Buick didn’t invent side gills, but they did ruin them for me...

Yes, and a vacuum - the outermost shell is a traditional high-vacuum dewar, followed by layers of liquid nitrogen and then liquid helium. What gets me is that I’m sure there are other aspects that make these particular magnets special, but this construction been standard issue for superconducting magnets since the

“an entire website...” That’s how you know something’s serious.

I normally hate these comments - we get it, cars look like each other. But damn. DAMN. this one is spot on.

I’m sure my two cents will get buried in this comment pile, but I think there’s plenty of room to grow, as long as power keeps increasing. Have we maxed out the 0-60 times for RWD cars? probably. However, with good rubber and today’s engines, I don’t think AWD cars are putting all of their power to the ground. I could

Yeah, the post was way overdone. Clearly shot in bright daylight but short on options to make them look depressing enough.

a cropped sensor is usually preferred? What?

Tritium. Also you can’t synthesize deuterium, you have to find it. You can later put it on other things if you like, but sadly there’s no simple way to add a neutron to hydrogen.

how in the world did the home inspector miss a bad water heater?

fun fact - even though these guys need a pretty sophisticated power supply, after the initial energy put in to get the magnet into a superconducting state, only a small amount of maintenance voltage is necessary so long as it stays sufficiently cold (about 4.2 K).

Sounds like this title was changed into a question rather abruptly.

highlight recovery fail!

somehow this guy still manages to look bored.