Results 101 to 110 of about 40,826 (196)
Rings in Which Every Quasi-nilpotent Element is Nilpotent
A ring \( R \) is called a QN-ring if \( R \) satisfies the equation \( Q(R) = N(R) \). In this paper, we present some fundamental properties of the class of QN-rings. It is shown that for \( R \) being a 2-primal (nil-semicommutative) ring, \( R \) is a QN-ring if and only if \( Q(R) \) is a nil ideal; if \( R \) is a QN-ring, then \( R/J(R) \) is
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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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Horizontally Affine Functions on Step-2 Carnot Algebras. [PDF]
Le Donne E, Morbidelli D, Rigot S.
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An algebraic characterization of self-generating chemical reaction networks using semigroup models. [PDF]
Loutchko D.
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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 sufficient density conditions for lattice orbits of relative discrete series. [PDF]
Enstad U, van Velthoven JT.
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On Soft Near-Prime Int-Ideals and Soft 1-Absorbing Prime Int-Ideals With Applications
In this study, we aimed to introduce two different generalizations of the soft prime int-ideal and clarify the relationships between the soft prime int-ideal and the substructures of a ring. First, we explored new algebraic features of the soft prime int-
İbrahim Halil Kanat, Filiz Çıtak
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Semigroup models for biochemical reaction networks. [PDF]
Loutchko D.
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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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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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