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RESEARCH PRODUCT
Radical Rings with Soluble Adjoint Groups
Bernhard AmbergYaroslav P. Sysaksubject
Reduced ringDiscrete mathematicsRing (mathematics)Lie-soluble ringAlgebra and Number TheoryGroup (mathematics)Locally nilpotentadjoint groupJacobson radicalCombinatoricsIdentity (mathematics)radical ringsoluble groupUnit (ring theory)Group ringMathematicsdescription
Abstract An associative ring R , not necessarily with an identity, is called radical if it coincides with its Jacobson radical, which means that the set of all elements of R forms a group denoted by R ∘ under the circle operation r ∘ s = r + s + rs on R . It is proved that every radical ring R whose adjoint group R ∘ is soluble must be Lie-soluble. Moreover, if the commutator factor group of R ∘ has finite torsion-free rank, then R is locally nilpotent.
year | journal | country | edition | language |
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2002-01-01 | Journal of Algebra |