A finite group is said to be admissible if it has a permutation mapping of the form g → θ(g) such that g → g.θ(g) is also a permutation. Two different necessary conditions for a group to be admissible are known. For abelian groups both are sufficient and for soluble groups at least one. Here, we show that both conditions are satisfied by all finite non-soluble groups and so we conjecture that all such groups may be admissible
In two papers J.T. Buckley, J.C. Lennox, H. Smith, B.H. Neumann and J. Wiegold studied groups in whi...
This note provides an affirmative answer to Problem 2.6 of Praeger and Schneider ['Group factorisati...
This note provides an affirmative answer to Problem 2.6 of Praeger and Schneider ['Group factorisati...
A finite group is said to be admissible if it has a permutation mapping of the form g → θ(g) such th...
AbstractA group G is a PT-group if, for subgroups H and K with H permutable in K and K permutable in...
AbstractA group satisfies the permutizer conditionPif each proper subgroup permutes with some cyclic...
AbstractA finite group G is called Q-admissible if there exists a division algebra finite dimensiona...
AbstractA subgroup S of a group G is a permutable subgroup of G if for all subgroups X of G, SX=XS. ...
AbstractLet k be a global field of characteristic p. A finite group G is called k-admissible if ther...
Let G be a group and let ρ: G → Sym(V ) be a permutation representation of G on a set V . We prove t...
A permutation pi of an abelian group G (that is, a bijection from G to itself) will be said to avoid...
In two papers J.T. Buckley, J.C. Lennox, H. Smith, B.H. Neumann and J. Wiegold studied groups in whi...
In two papers J.T. Buckley, J.C. Lennox, H. Smith, B.H. Neumann and J. Wiegold studied groups in whi...
In two papers J.T. Buckley, J.C. Lennox, H. Smith, B.H. Neumann and J. Wiegold studied groups in whi...
In this dissertation, we determine the structure of groups whose non-permutable subgroups satisfy ce...
In two papers J.T. Buckley, J.C. Lennox, H. Smith, B.H. Neumann and J. Wiegold studied groups in whi...
This note provides an affirmative answer to Problem 2.6 of Praeger and Schneider ['Group factorisati...
This note provides an affirmative answer to Problem 2.6 of Praeger and Schneider ['Group factorisati...
A finite group is said to be admissible if it has a permutation mapping of the form g → θ(g) such th...
AbstractA group G is a PT-group if, for subgroups H and K with H permutable in K and K permutable in...
AbstractA group satisfies the permutizer conditionPif each proper subgroup permutes with some cyclic...
AbstractA finite group G is called Q-admissible if there exists a division algebra finite dimensiona...
AbstractA subgroup S of a group G is a permutable subgroup of G if for all subgroups X of G, SX=XS. ...
AbstractLet k be a global field of characteristic p. A finite group G is called k-admissible if ther...
Let G be a group and let ρ: G → Sym(V ) be a permutation representation of G on a set V . We prove t...
A permutation pi of an abelian group G (that is, a bijection from G to itself) will be said to avoid...
In two papers J.T. Buckley, J.C. Lennox, H. Smith, B.H. Neumann and J. Wiegold studied groups in whi...
In two papers J.T. Buckley, J.C. Lennox, H. Smith, B.H. Neumann and J. Wiegold studied groups in whi...
In two papers J.T. Buckley, J.C. Lennox, H. Smith, B.H. Neumann and J. Wiegold studied groups in whi...
In this dissertation, we determine the structure of groups whose non-permutable subgroups satisfy ce...
In two papers J.T. Buckley, J.C. Lennox, H. Smith, B.H. Neumann and J. Wiegold studied groups in whi...
This note provides an affirmative answer to Problem 2.6 of Praeger and Schneider ['Group factorisati...
This note provides an affirmative answer to Problem 2.6 of Praeger and Schneider ['Group factorisati...