I can't remember the name of this conjecture, help me out

Also can be stated as "for every cube there is a square and a prime that sum to it."

>>8754882

Fermat's Last Theorem?

>>8754882

Dunno what it's called. But I noticed it doesn't hold up in some cases where Z is a perfect square (e.g. 1, 4, 25, 49, 64, 81, 121, 144, 169, 196, 225). It has at least one solution for other perfect squares (16, 36, 100). Very curious.

>>8755000
1^3=1^2 + 0
4^3=8^2 + 0

>>8754947
thats not fermat's last theorem dood

>>8755094
>0 is prime
Kys

>>8755530
Well 0 isn't prime, but if you allow 0 and 1 to be used in the place of a prime, it gives all cubes of perfect squares whole number solutions.

>>8754882
>every whole positive number Z
that can't be right, what about Z = 1?