Yeah, but that’s like saying predicting next week’s lottery numbers, or the precise weather exactly one year from now, is a data problem. There’s no simulation that could answer those questions even in principle even if the universe were fully classical.
I can't even fathom how you'd end up with such crazily uncharitable interpretation to think that "Created by Paul Bourke" refers to the fractal itself, rather than those specific images of the fractal.
It was certainly cute, but let's not forget that it was always just a "nice extra" to the main Rosetta mission. But it did teach us that landing on (and grabbing onto) a comet surface can be tricky and fail even if you're equipped with several contingency mechanisms.
BTW, ESA is unfortunately not nearly as famous for its public outreach work as NASA, but the Rosetta/Philae PR team was on fire, releasing an incredibly charming series of cartoon animations documenting the mission:
It's such a tragedy that they're also extremely solitary animals and die shortly after reproducing the first (and only) time.
Almost all other particularly intelligent animals seem to be gregarious, and it's easy to conclude that a social lifestyle tends to select for more intelligence, a sophisticated theory of mind, and so on (I like to think that that's exactly what was responsible for a runaway intelligence explosion in humans). But in the case of cephalopods, there's something else that has been applying selection pressure towards exceptional intelligence.
Aluminum is honestly a miracle material that has no business being as inexpensive as it is (of course, this is only since the invention of the Hall–Héroult process, before which aluminum was one of the most expensive metals known despite making up ~8% of the crust).
Obviously. But as of now, AC means burning carbon (~50% of Europe's electricity production). Demand for even more electricity may accelerate the transition, hopefully, but right now the projection is that all the extra capacity and much more will be taken by data centers and consumer electricity bills are going to double or triple. Hopefully that will never actually happen but who knows.
Obviously consuming even more should never be the solution to problems caused by overconsumption. We should be figuring out ways to keep electricity use in check rather than consuming more and more, but that's a fact that people would rather not accept.
Always fun, having to fight a problem caused by X by doing more X. At least there’s the silver lining that solar production and the need for AC go hand in hand.
In theory you can always have taller mountains if you just have a (exponentially!) wider base. But given all sorts of practical constraints, Earth mountains are pretty much limited to <10 km.
There are no pumps in a tree, in series or not. There’s nothing between the roots and leaves that actively drives water upward in any way. The xylem is literally dead tissue.