AbstractWe conclude our classification of powerful 2-Engel groups of class three that are minimal in the sense that every proper powerful section is nilpotent of class at most two. In the predecessor to this paper we obtained three families of minimal groups. Here we get a fourth family of minimal examples that is described in terms of irreducible polynomials over the field of three elements. We also get one isolated minimal example of rank 5 and exponent 27. The last one has a related algebraic structure that we call a “symplectic alternating algebra.” To each symplectic alternating algebra over the field of three elements there corresponds a unique 2-Engel group of exponent 27
Let g,c denote positive integers. A group is said to have type (g→c) if every subgroup which can be ...
AbstractIn 1971 Razmyslov [4] found a beautiful construction for insoluble, locally nilpotent groups...
AbstractWe consider tame minimal simple groups of finite Morley rank and of odd type. We show that t...
We conclude our classification of powerful 2-Engel groups of class three that are minimal in the sen...
AbstractWe conclude our classification of powerful 2-Engel groups of class three that are minimal in...
We introduce a special class of powerful p-groups that we call powerfully nilpotent groups that are ...
AbstractLet G be a simple K∗-group of finite Morley rank of odd type which is not algebraic. Then G ...
A subset S of a group G is called an Engel set if, for all x, y ∈ S, there is a non-negative integer...
A subset S of a group G is called an Engel set if, for all x, y ∈ S, there is a non-negative integer...
A subset S of a group G is called an Engel set if, for all x, y ∈ S, there is a non-negative integer...
A subset S of a group G is called an Engel set if, for all x, y ∈ S, there is a non-negative integer...
AbstractA subset S of a group G is called an Engel set if, for all x,y∈S, there is a non-negative in...
A subset S of a group G is called an Engel set if, for all x, y ∈ S, there is a non-negative integer...
We construct finitely generated Engel branch groups, answering a question of Fern\'andez-Alcober, No...
In this paper we study groups G generated by two subgroups A and B such that is nilpotent of class ...
Let g,c denote positive integers. A group is said to have type (g→c) if every subgroup which can be ...
AbstractIn 1971 Razmyslov [4] found a beautiful construction for insoluble, locally nilpotent groups...
AbstractWe consider tame minimal simple groups of finite Morley rank and of odd type. We show that t...
We conclude our classification of powerful 2-Engel groups of class three that are minimal in the sen...
AbstractWe conclude our classification of powerful 2-Engel groups of class three that are minimal in...
We introduce a special class of powerful p-groups that we call powerfully nilpotent groups that are ...
AbstractLet G be a simple K∗-group of finite Morley rank of odd type which is not algebraic. Then G ...
A subset S of a group G is called an Engel set if, for all x, y ∈ S, there is a non-negative integer...
A subset S of a group G is called an Engel set if, for all x, y ∈ S, there is a non-negative integer...
A subset S of a group G is called an Engel set if, for all x, y ∈ S, there is a non-negative integer...
A subset S of a group G is called an Engel set if, for all x, y ∈ S, there is a non-negative integer...
AbstractA subset S of a group G is called an Engel set if, for all x,y∈S, there is a non-negative in...
A subset S of a group G is called an Engel set if, for all x, y ∈ S, there is a non-negative integer...
We construct finitely generated Engel branch groups, answering a question of Fern\'andez-Alcober, No...
In this paper we study groups G generated by two subgroups A and B such that is nilpotent of class ...
Let g,c denote positive integers. A group is said to have type (g→c) if every subgroup which can be ...
AbstractIn 1971 Razmyslov [4] found a beautiful construction for insoluble, locally nilpotent groups...
AbstractWe consider tame minimal simple groups of finite Morley rank and of odd type. We show that t...