My favorite theorem is Fermat's Last Theorem. In said theorem, it states the impossibility of the general formula
$ a^n + b^n = c^n $
to have a non-zero $ \mathbb{I} $ solution for a, b and c for n $ > $ 2
My favorite theorem is Fermat's Last Theorem. In said theorem, it states the impossibility of the general formula
$ a^n + b^n = c^n $
to have a non-zero $ \mathbb{I} $ solution for a, b and c for n $ > $ 2