Possibly you just had to hear it more than once.

I learned it the other way around since my physics teacher was speedrunning the math sections to get to the fun physics stuff and I really got it after hearing it the second time in math class.

But yeah: it often helps to have practical examples and it doesn’t get any more applicable to real life than d/dt.

Pokemon Red/Blue reference spotted? ಠ_ಠ

Well, it’s probably not the fault of the species responsible for the current great extinction, is it? /s

Much obliged.

I already said thatspotify doesn’t work on my phone (the homepage crashes)

How, if I can’t find out which podcast it is?

Spotify doesn’t work on my phone. Care to link the podcast page on a platform not trying to corner the market, please?

While I don’t want to spoil the joke (but I will) and I hate techno-optimist solutions that displace actual solutions for our biosphere as much as the next person: supposedly, Belgrade is such a dense concrete hell that trees aren’t viable solution (at least in the short term).

There is some rumbling that liquid trees are not the solution to the real problems caused by large-scale deforestation, nor does it reduce erosion or enrich the soil. However, much of this wrath is misplaced as Liquid tree designers say that it was not made as a replacement for trees but was designed to work in areas where growing trees would be non-viable. Initiatives like Trillion Trees are laudable, but there is something to be said for the true utility of this tiny bioreactor. The fact that they can capture useful amounts of carbon dioxide from day one is another benefit for them. Such bioreactors are expected to become widespread in urban areas around the world as the planet battles rising carbon levels in the atmosphere.

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