Jordan–Chevalley decomposition (source code)

= Jordan–Chevalley decomposition
{wiki=Jordan–Chevalley_decomposition}

The Jordan-Chevalley decomposition is a theorem in linear algebra concerning the structure of endomorphisms (or linear transformations) on a finite-dimensional vector space. It provides a way to decompose a linear operator into two simpler components: one that is semisimple and one that is nilpotent.