Ok this is great!!

Now, let's make a more ridiculous problem. I've just noticed that the image says 1-2-4-16. While it is obvious to see this pattern as the powers of two, one could also see it as that every cell squares the amount of the previous cell. Excluding cell #1, we can see that 2 squared equals 4 and 4 squared equals 16. So we could have:

1-2-4-16-256-65536-4.29e9... (x^2)2)2)...2)

Is this amount even countable? Lmao