During the class in the university, I liked to take notes. I believe any bullshit on the blackboard, but if my hand has to write it in paper I have to pay attention and learn more.

My notes were horrible, so I usually discard them at the end of the semester and photocopy from someone that writes correctly. The end objective were not the notes, but my hand learning math.

I expect:

  Letter 1
  Letter 2
  Is letter 1 equal to letter 2?
  Letter 3
  Letter 4
  Is letter 3 equal to letter 4?
  Letter 5
  Letter 6
  Is letter 5 equal to letter 6?
  Letter 7
  Letter 8
  Is letter 7 equal to letter 8?

  Letter 1
  Is letter 1 equal to [I'm very confused]?
  Letter 2
  Is letter 1 equal to letter 2?
  Letter 3
  Is letter 2 equal to letter 3?
  Letter 4
  Is letter 3 equal to letter 4?

Is the code anonimized? Tested for password leaks?

Most proof of the Gödel theorem use the primes encoding that is makes all the operations very unintuitive. But GEB uses just ascii and a lot of the side task get obvious. (It uses base 20 instead of 256, but it's the same idea.)

> is¨notoriously digressive and quirky

It is super mega ultra notoriously digressive and quirky.

Eukariotes include animals, plants, fungus, and the protists. As a sibling comment say, protists is a catch all bag for all the other eukaryotes, that include most algae, amebas and a looooooooooooooooooot of different unicelular organism.

In particular the closest relative of cyclospora that I can recognize is the one that causes toxoplasmosis, and more far away the one that cause malaria. But it's a very big and diverse bag, so I'd not extract too many conclusion from that. It also includes a lot of nice behaved things, not everyone is a nasty parasite there, just some of the most famous.

> Sanitizing water won't kill it? Not chlorination?

I guess the chlorine in tap water is not enough, but pure concentrated bleach would kill it. But I'm not sure and it also ruin your salad. Also, I guess enough heat would kill it too, and it also ruin your salad. https://xkcd.com/1217/

Water from air is superexpensive, because you must extract the evaporation heat from the vapor to transform it into water, and to do that, you need a refrigeration-like device that is also not very efficient. You are fighting against the first and second law of thermodynamics, and the only way to win is to pay for a lot of electricity.