We prove the following results. Let w be a multilinear commutator word. If G is a profinite group in which all w -values are contained in a union of countably many periodic subgroups, then the verbal subgroup w(G) is locally finite. If G is a profinite group in which all w -values are contained in a union of countably many subgroups of finite rank, then the verbal subgroup w(G) has finite rank as well. As a by-product of the techniques developed in the paper we also prove that if G is a virtually soluble profinite group in which all w -values have finite order, then w(G) is locally finite and has finite exponent
Let w be a group word. It is conjectured that if w has only countably many values in a profinite gro...
Let N stand for the class of nilpotent groups or one of its well-known generalizations. For a multil...
Let N stand for the class of nilpotent groups or one of its well-known generalizations. For a multil...
We prove the following results. Let w be a multilinear commutator word. If G is a profinite grou...
We prove the following results. Let to be a multilinear commutator word. If G is a profinite group i...
We prove the following results. Let to be a multilinear commutator word. If G is a profinite group i...
We prove the following results. Let to be a multilinear commutator word. If G is a profinite group i...
Let $w$ be a multilinear commutator word, that is, a commutator of weight $n$ in $n$ different group...
Abstract. Let w be a multilinear commutator word, that is, a commutator of weight n in n different g...
For a family of group words w we show that if G is a profinite group in which all w-values are conta...
For a family of group words w we show that if G is a profinite group in which all w-values are conta...
Let w be a multilinear commutator word. In the present paper we describe recent results that show th...
Let w be a multilinear commutator word. In the present paper we describe recent results that show th...
Let w be a group-word. Suppose that the set of all w-values in a profinite group G is contained in a...
Let w be a group word. It is conjectured that if w has only countably many values in a profinite gro...
Let w be a group word. It is conjectured that if w has only countably many values in a profinite gro...
Let N stand for the class of nilpotent groups or one of its well-known generalizations. For a multil...
Let N stand for the class of nilpotent groups or one of its well-known generalizations. For a multil...
We prove the following results. Let w be a multilinear commutator word. If G is a profinite grou...
We prove the following results. Let to be a multilinear commutator word. If G is a profinite group i...
We prove the following results. Let to be a multilinear commutator word. If G is a profinite group i...
We prove the following results. Let to be a multilinear commutator word. If G is a profinite group i...
Let $w$ be a multilinear commutator word, that is, a commutator of weight $n$ in $n$ different group...
Abstract. Let w be a multilinear commutator word, that is, a commutator of weight n in n different g...
For a family of group words w we show that if G is a profinite group in which all w-values are conta...
For a family of group words w we show that if G is a profinite group in which all w-values are conta...
Let w be a multilinear commutator word. In the present paper we describe recent results that show th...
Let w be a multilinear commutator word. In the present paper we describe recent results that show th...
Let w be a group-word. Suppose that the set of all w-values in a profinite group G is contained in a...
Let w be a group word. It is conjectured that if w has only countably many values in a profinite gro...
Let w be a group word. It is conjectured that if w has only countably many values in a profinite gro...
Let N stand for the class of nilpotent groups or one of its well-known generalizations. For a multil...
Let N stand for the class of nilpotent groups or one of its well-known generalizations. For a multil...