AbstractWe study the effects of subgroup distortion in the wreath products AwrZ, where A is finitely generated abelian. We show that every finitely generated subgroup of AwrZ has distortion function equivalent to some polynomial. Moreover, for A infinite, and for any polynomial lk, there is a 2-generated subgroup of AwrZ having distortion function equivalent to the given polynomial. Also, a formula for the length of elements in arbitrary wreath product HwrG easily shows that the group Z2wrZ2 has distorted subgroups, while the lamplighter group Z2wrZ has no distorted (finitely generated) subgroups. In the course of the proof, we introduce a notion of distortion for polynomials. We are able to compute the distortion of any polynomial in one v...
We show that the wreath product of two finite symmetric or alternating groups is 2-generated
In this paper, we will generate the wreath product 11 12 M wrM using only two permutations. Also, we...
AbstractIn 1997 Clarke et al. studied a q-analogue of Eulerʼs difference table for n! using a key bi...
We study the effects of subgroup distortion in the wreath products A wr Z, where A is finitely gener...
AbstractWe study the effects of subgroup distortion in the wreath products AwrZ, where A is finitely...
Wreath products such as Z o Z are not finitely presentable yet can occur as subgroups of finitely pr...
We exhibit exponentially distorted subgroups in $\mathbb{Z} \wr ( \mathbb{Z} \wr \mathbb{Z} )$ and $...
By determining subdirect products invariant under the action of a regular permutation group of the c...
AbstractTo take care of the fact that a normal subgroup of a normal subgroup need not be normal in t...
To take care of the fact that a normal subgroup of a normal subgroup need not be normal in the origi...
We outline results on varieties of groups generated by Cartesian and direct wreath products of abeli...
To take care of the fact that a normal subgroup of a normal subgroup need not be normal in the origi...
We outline results on varieties of groups generated by Cartesian and direct wreath products of abeli...
Well-known statistics on the symmetric group include descents, inversions, major index, and the alte...
AbstractSuppose that a group A contains only a finite number of subgroups of index d for each positi...
We show that the wreath product of two finite symmetric or alternating groups is 2-generated
In this paper, we will generate the wreath product 11 12 M wrM using only two permutations. Also, we...
AbstractIn 1997 Clarke et al. studied a q-analogue of Eulerʼs difference table for n! using a key bi...
We study the effects of subgroup distortion in the wreath products A wr Z, where A is finitely gener...
AbstractWe study the effects of subgroup distortion in the wreath products AwrZ, where A is finitely...
Wreath products such as Z o Z are not finitely presentable yet can occur as subgroups of finitely pr...
We exhibit exponentially distorted subgroups in $\mathbb{Z} \wr ( \mathbb{Z} \wr \mathbb{Z} )$ and $...
By determining subdirect products invariant under the action of a regular permutation group of the c...
AbstractTo take care of the fact that a normal subgroup of a normal subgroup need not be normal in t...
To take care of the fact that a normal subgroup of a normal subgroup need not be normal in the origi...
We outline results on varieties of groups generated by Cartesian and direct wreath products of abeli...
To take care of the fact that a normal subgroup of a normal subgroup need not be normal in the origi...
We outline results on varieties of groups generated by Cartesian and direct wreath products of abeli...
Well-known statistics on the symmetric group include descents, inversions, major index, and the alte...
AbstractSuppose that a group A contains only a finite number of subgroups of index d for each positi...
We show that the wreath product of two finite symmetric or alternating groups is 2-generated
In this paper, we will generate the wreath product 11 12 M wrM using only two permutations. Also, we...
AbstractIn 1997 Clarke et al. studied a q-analogue of Eulerʼs difference table for n! using a key bi...