Canadian Journal of Mathematics · 1975 · 18 citations · 0 references
Natural SciencesMathematicsAlgebraNumber TheoryPhilosophy Of MathematicsAbstract AlgebraAlgebraic Number TheoryAlgebraic StructuresCommutative AlgebraGroup TheoryRadical Theory
For any radical property Q, a nonzero simple ring (all rings in this paper are assumed to be associative) must make up its mind so to speak and must be either Q radical or Q semi-simple. Every Q thus divides the class of all nonzero simple rings into two disjoint classes. Conversely any partition of the nonzero simple rings into two disjoint classes leads to at least two radicals [1, p. 16].