Results 101 to 110 of about 39,950 (199)
Nilpotent elements in Grothendieck rings
Let \(M_ 1,...,M_ n\) be isomorphism classes of finitely presented modules over a commutative ring R. One forms the ring \({\mathbb{Z}}[M_ 1,...,M_ n]\) with \(\oplus\) and \(\otimes\) as addition and multiplication, and with the obvious relations. It is shown that if M and N are locally isomorphic, then there is an integer n, depending on M, N and R ...
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Nilpotent elements in group rings
The main theorem gives necessary and sufficient conditions for the rational group algebra QG to be without (nonzero) nilpotent elements if G is a nilpotent or F·C group. For finite groups G, a characterisation of group rings RG over a commutative ring with the same property is given.
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Horizontally Affine Functions on Step-2 Carnot Algebras. [PDF]
Le Donne E, Morbidelli D, Rigot S.
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Hermitian Characteristics of Nilpotent Elements
We define and study several equivariant stratifications of the isotropy and coisotropy representations of a parabolic subgroup in a complex reductive group.
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ON NIL-SYMMETRIC RINGS AND MODULES SKEWED BY RING ENDOMORPHISM
The symmetric property plays an important role in non-commutative ring theory and module theory. In this paper, we study the symmetric property with one element of the ring and two nilpotent elements of skewed by ring endomorphism on rings ...
Ibrahim Mustafa, Chnar Abdulkareem Ahmed
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On sufficient density conditions for lattice orbits of relative discrete series. [PDF]
Enstad U, van Velthoven JT.
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Nilpotent Elements of Vertex Algebras
Using the method of commutative algebra, we show that the set $\mathfrak{R}$ of nilpotent elements of a vertex algebra $V$ forms an ideal, and $V/\mathfrak{R}$ has no nonzero nilpotent elements.
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Polynomial and horizontally polynomial functions on Lie groups. [PDF]
Antonelli G, Le Donne E.
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Generalized Core-nilpotent Decomposition of Ring Elements
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Varkady, Savitha +2 more
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An algebraic characterization of self-generating chemical reaction networks using semigroup models. [PDF]
Loutchko D.
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