AbstractIn this paper we consider groups G which have connected transversals to nonabelian subgroups whose order is a product of two odd primes p and q, where p>q andp= 2 qm+ 1. In our main theorem we show thatG is then solvable. We apply our results to loop theory and it follows that if the inner mapping group of a finite loop has order pq, where p and q are as previously given, then the loop is solvable
summary:We investigate the situation when the inner mapping group of a commutative loop is of order ...
summary:In this paper we consider finite loops and discuss the following problem: Which groups are (...
Abstract Let G be a group with a dihedral subgroup H of order 2x, where x is an odd number. ...
AbstractIn this paper we consider groups G which have connected transversals to nonabelian subgroups...
AbstractWe consider finite groups which have connected transversals to subgroups whose order is a pr...
summary:In this paper we consider finite loops and discuss the problem which nilpotent groups are is...
summary:In this paper we consider finite loops and discuss the problem which nilpotent groups are is...
summary:Loop capable groups are groups which are isomorphic to inner mapping groups of loops. In thi...
summary:Loop capable groups are groups which are isomorphic to inner mapping groups of loops. In thi...
summary:We investigate the situation that the inner mapping group of a loop is of order which is a p...
summary:We investigate the situation that the inner mapping group of a loop is of order which is a p...
summary:In this paper we consider finite loops of specific order and we show that certain abelian gr...
summary:In this paper we consider finite loops of specific order and we show that certain abelian gr...
AbstractWe consider finite groups which have connected transversals to subgroups whose order is a pr...
summary:We investigate the situation when the inner mapping group of a commutative loop is of order ...
summary:We investigate the situation when the inner mapping group of a commutative loop is of order ...
summary:In this paper we consider finite loops and discuss the following problem: Which groups are (...
Abstract Let G be a group with a dihedral subgroup H of order 2x, where x is an odd number. ...
AbstractIn this paper we consider groups G which have connected transversals to nonabelian subgroups...
AbstractWe consider finite groups which have connected transversals to subgroups whose order is a pr...
summary:In this paper we consider finite loops and discuss the problem which nilpotent groups are is...
summary:In this paper we consider finite loops and discuss the problem which nilpotent groups are is...
summary:Loop capable groups are groups which are isomorphic to inner mapping groups of loops. In thi...
summary:Loop capable groups are groups which are isomorphic to inner mapping groups of loops. In thi...
summary:We investigate the situation that the inner mapping group of a loop is of order which is a p...
summary:We investigate the situation that the inner mapping group of a loop is of order which is a p...
summary:In this paper we consider finite loops of specific order and we show that certain abelian gr...
summary:In this paper we consider finite loops of specific order and we show that certain abelian gr...
AbstractWe consider finite groups which have connected transversals to subgroups whose order is a pr...
summary:We investigate the situation when the inner mapping group of a commutative loop is of order ...
summary:We investigate the situation when the inner mapping group of a commutative loop is of order ...
summary:In this paper we consider finite loops and discuss the following problem: Which groups are (...
Abstract Let G be a group with a dihedral subgroup H of order 2x, where x is an odd number. ...