Corollary 1

Tag 00MO, permanent. Cite it as [Bourbaki, Tag 00MO].

Algebra, VIII, p. 381, § 20. Linear Representations of Algebras

Every simple A-module of finite dimension over K is isomorphic to an A-submodule of Θ(A).

This follows from Theorem 1, b) because we have $\Theta_E(A)\not= 0$ for every nonzero A-module E.

Bourbaki sets the proof directly after the statement, and the corpus does not separate them, so what is above is the statement and its proof together.

Cited by

Nothing.

Cites

Theorem 1