Add to ORKGEste trabalho faz um estudo detalhado do artigo Lie properties of symmetric elements under oriented involutions de J. Hermes Castillo e C. Polcino Milies, o qual apresenta alguns resultados a respeito das propriedades Lie nilpotência e Lie n-Engel em anéis de grupo e, mais especi camente, nos seus elementos simétricos sob uma involuçãao clássica orientadaThis work makes a detailed study of the article Lie properties of symmetric elements under oriented involutions by J. Hermes Castillo and C. Polcino Milies, which presents some results regarding the Lie nilpotency and Lie n-Engel properties in group rings and, more specifically, in their symmetric elements under an oriented classical involution50 f
AbstractLet F be a field of characteristic different from 2, and G a group with involution ∗. Write ...
Let $^*$ be an involution of a group $G$ extended linearly to the group algebra $KG$. We prove that...
AbstractLet ∗ be an involution of a group G extended linearly to the group algebra KG. We prove that...
Este trabalho faz um estudo detalhado do artigo Lie properties of symmetric elements under oriented ...
Sejam $F$ um corpo de característica diferente de $2$ e $G$ um grupo. A partir da involução clássica...
Sejam $F$ um corpo de característica diferente de $2$ e $G$ um grupo. A partir da involução clássica...
Let * be an involution of a group G extended linearly to the group algebra KG. We prove that if G co...
Let * be an involution of a group G extended linearly to the group algebra KG. We prove that if G co...
We study the Lie nilpotency and Lie n-Engel properties of symmetric elements under oriented involuti...
Let * be an involution of a group G extended linearly to the group algebra KG. We prove that if G co...
AbstractLet ∗ be an involution of a group G extended linearly to the group algebra KG. We prove that...
Let F be a field of characteristic different from 2, and G a group with involution *. Write (F G)+ f...
AbstractLet F be a field of characteristic different from 2, and G a group with involution ∗. Write ...
Let $F$ be a field of characteristic different from $2$, and $G$ a group with involution $\ast$. Wri...
In this survey we gather some results concerning polynomial identities (resp. group identities) in ...
AbstractLet F be a field of characteristic different from 2, and G a group with involution ∗. Write ...
Let $^*$ be an involution of a group $G$ extended linearly to the group algebra $KG$. We prove that...
AbstractLet ∗ be an involution of a group G extended linearly to the group algebra KG. We prove that...
Este trabalho faz um estudo detalhado do artigo Lie properties of symmetric elements under oriented ...
Sejam $F$ um corpo de característica diferente de $2$ e $G$ um grupo. A partir da involução clássica...
Sejam $F$ um corpo de característica diferente de $2$ e $G$ um grupo. A partir da involução clássica...
Let * be an involution of a group G extended linearly to the group algebra KG. We prove that if G co...
Let * be an involution of a group G extended linearly to the group algebra KG. We prove that if G co...
We study the Lie nilpotency and Lie n-Engel properties of symmetric elements under oriented involuti...
Let * be an involution of a group G extended linearly to the group algebra KG. We prove that if G co...
AbstractLet ∗ be an involution of a group G extended linearly to the group algebra KG. We prove that...
Let F be a field of characteristic different from 2, and G a group with involution *. Write (F G)+ f...
AbstractLet F be a field of characteristic different from 2, and G a group with involution ∗. Write ...
Let $F$ be a field of characteristic different from $2$, and $G$ a group with involution $\ast$. Wri...
In this survey we gather some results concerning polynomial identities (resp. group identities) in ...
AbstractLet F be a field of characteristic different from 2, and G a group with involution ∗. Write ...
Let $^*$ be an involution of a group $G$ extended linearly to the group algebra $KG$. We prove that...
AbstractLet ∗ be an involution of a group G extended linearly to the group algebra KG. We prove that...