In this paper using the concept of isoclinism, we give the structure of all covers of Lie superalgebras when their Schur multipliers are finite dimensional. Further it has been shown that, each stem extension of a finite dimensional Lie superalgebra is a homomorphic image of a stem cover for it and as a corollary it is concluded that maximal stem extensions of Lie superalgebras are precisely same as the stem covers. Moreover, we have defined stem Lie superalgebra and show that a Lie superalgebra with finite dimensional derived subalgebra and finitely generated central factor is isoclinic to a finite dimensional Lie superalgebra
With the support of software Mathematica 4.0 we obtain important properties of Heisenberg type supe...
In [6] and [7] the author introduces the notion of filiform Lie superalgebras, generalizing the fili...
AbstractFinite-dimensional complex Lie superalgebras of Heisenberg type obtained from a given Z2-hom...
Let $L$ be a nilpotent Lie superalgebras of dimension $(m\mid n)$ for some non-negative integers $m$...
Let $L$ be a non-abelian nilpotent Lie superalgebra of dimensiom $(m|n)$. Nayak shows there is a non...
The purpose of this paper is to introduce the notion of isoclinism and cover in a multiplicative Lie...
AbstractIn this paper, we investigate the structure of graded Lie superalgebras L=⊕(α,a)∈Γ×AL(α,a), ...
An explicit construction of central extensions of Lie superalgebras of Krichever-Novikov type is giv...
AbstractWe consider the following problem: what is the most general Lie algebra or superalgebra sati...
Simple associative superalgebra with 2 independent supertraces is presented. Its commutant is a sim ...
In this paper, we investigate the structure of graded Lie superalgebras = (, a) × (, a), where ...
Simple associative superalgebra with 2 independent supertraces is presented. Its commutant is a sim ...
AbstractThe main result of this paper is a classification of finite-dimensional representations of t...
International audienceLet $k$ be a field of characteristic not two or three. We classify up to isomo...
Superalgebras appeared (as graded algebras) in the context of al-gebraic topology and homological al...
With the support of software Mathematica 4.0 we obtain important properties of Heisenberg type supe...
In [6] and [7] the author introduces the notion of filiform Lie superalgebras, generalizing the fili...
AbstractFinite-dimensional complex Lie superalgebras of Heisenberg type obtained from a given Z2-hom...
Let $L$ be a nilpotent Lie superalgebras of dimension $(m\mid n)$ for some non-negative integers $m$...
Let $L$ be a non-abelian nilpotent Lie superalgebra of dimensiom $(m|n)$. Nayak shows there is a non...
The purpose of this paper is to introduce the notion of isoclinism and cover in a multiplicative Lie...
AbstractIn this paper, we investigate the structure of graded Lie superalgebras L=⊕(α,a)∈Γ×AL(α,a), ...
An explicit construction of central extensions of Lie superalgebras of Krichever-Novikov type is giv...
AbstractWe consider the following problem: what is the most general Lie algebra or superalgebra sati...
Simple associative superalgebra with 2 independent supertraces is presented. Its commutant is a sim ...
In this paper, we investigate the structure of graded Lie superalgebras = (, a) × (, a), where ...
Simple associative superalgebra with 2 independent supertraces is presented. Its commutant is a sim ...
AbstractThe main result of this paper is a classification of finite-dimensional representations of t...
International audienceLet $k$ be a field of characteristic not two or three. We classify up to isomo...
Superalgebras appeared (as graded algebras) in the context of al-gebraic topology and homological al...
With the support of software Mathematica 4.0 we obtain important properties of Heisenberg type supe...
In [6] and [7] the author introduces the notion of filiform Lie superalgebras, generalizing the fili...
AbstractFinite-dimensional complex Lie superalgebras of Heisenberg type obtained from a given Z2-hom...