AbstractWe exhibit minimal bases of the polynomial identities for the matrix algebra M2(K) of order two over an infinite field K of characteristic p≠2. We show that when p=3 the T-ideal of this algebra is generated by three independent identities, and when p>3 one needs only two identities: the standard identity of degree four and the Hall identity. Note that the same holds when the base field is of characteristic 0. Furthermore, using the exact form of the basis of the identities for M2(K) we give finite minimal set of generators of the T-space of the central polynomials for the algebra M2(K). The set of generators depends on the characteristic of the field as well
AbstractWe have found a central polynomial of degree 13 for the 4 × 4 matrix algebra over a field of...
Let F be an infinite field of characteristic different from 2. We study the ∗-polynomial identities...
Nesta tese estudamos a álgebra genérica de M1;1 em dois geradores sobre um corpo infinito de caracte...
We exhibit minimal bases of the polynomial identities for the matrix algebra M-2(K) of order two ove...
AbstractWe exhibit minimal bases of the polynomial identities for the matrix algebra M2(K) of order ...
AbstractIn this paper we prove that the polynomial identities of the matrix algebra of order 2 over ...
In this paper we prove that the polynomial identities of the matrix algebra of order 2 over an infin...
AbstractIn this paper we prove that the polynomial identities of the matrix algebra of order 2 over ...
The problem of classifying the finite dimensional *-minimal algebras up to *-PI equivalence has been...
The problem of classifying the finite dimensional *-minimal algebras up to *-PI equivalence has been...
The problem of classifying the finite dimensional *-minimal algebras up to *-PI equivalence has been...
Conselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq)Fundação de Amparo à Pesquisa do...
Let K be an infinite integral domain and $A=M_2(K)$ the algebra of $2\times 2$ matrices over $K$. Th...
Let K be an infinite integral domain and $A=M_2(K)$ the algebra of $2\times 2$ matrices over $K$. T...
Esta dissertação introduz as primeiras noções para o estudo da teoria de álgebras que satisfazem ide...
AbstractWe have found a central polynomial of degree 13 for the 4 × 4 matrix algebra over a field of...
Let F be an infinite field of characteristic different from 2. We study the ∗-polynomial identities...
Nesta tese estudamos a álgebra genérica de M1;1 em dois geradores sobre um corpo infinito de caracte...
We exhibit minimal bases of the polynomial identities for the matrix algebra M-2(K) of order two ove...
AbstractWe exhibit minimal bases of the polynomial identities for the matrix algebra M2(K) of order ...
AbstractIn this paper we prove that the polynomial identities of the matrix algebra of order 2 over ...
In this paper we prove that the polynomial identities of the matrix algebra of order 2 over an infin...
AbstractIn this paper we prove that the polynomial identities of the matrix algebra of order 2 over ...
The problem of classifying the finite dimensional *-minimal algebras up to *-PI equivalence has been...
The problem of classifying the finite dimensional *-minimal algebras up to *-PI equivalence has been...
The problem of classifying the finite dimensional *-minimal algebras up to *-PI equivalence has been...
Conselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq)Fundação de Amparo à Pesquisa do...
Let K be an infinite integral domain and $A=M_2(K)$ the algebra of $2\times 2$ matrices over $K$. Th...
Let K be an infinite integral domain and $A=M_2(K)$ the algebra of $2\times 2$ matrices over $K$. T...
Esta dissertação introduz as primeiras noções para o estudo da teoria de álgebras que satisfazem ide...
AbstractWe have found a central polynomial of degree 13 for the 4 × 4 matrix algebra over a field of...
Let F be an infinite field of characteristic different from 2. We study the ∗-polynomial identities...
Nesta tese estudamos a álgebra genérica de M1;1 em dois geradores sobre um corpo infinito de caracte...