Residuele eindigheidsgroei voor virtuele minimaxgroepen

The residual finiteness growth is a function that tries to capture to what extent a residually finite (finite generated) group is residually finite. The extent is given by the asymptotic behaviour of the function. Concretely we can find a homomorphism to a finite group for each non-trivial group element such that its image is also non-trivial. The residual finiteness growth gives an estimate of the minimal number of elements in that finite group based on the word norm or word length of the original group element. We aim to find this function for different classes of groups. More specifically, we focus on finitely generated, residually finite, virtually minimax groups. We establish, in particular, exact asymptotics for all virtually nilpotent groups. Also, we improve the known bounds for polycyclic groups.

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Publication Details

Journal
Lirias (KU Leuven)
Published
2026-06-29
Primary Topic
Geometric and Algebraic Topology
Type
article
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article

Residuele eindigheidsgroei voor virtuele minimaxgroepen

Joren Matthys
Lirias (KU Leuven)
Geometric and Algebraic Topology
article

Residuele eindigheidsgroei voor virtuele minimaxgroepen

Joren Matthys
article en

Abstract

The residual finiteness growth is a function that tries to capture to what extent a residually finite (finite generated) group is residually finite. The extent is given by the asymptotic behaviour of the function. Concretely we can find a homomorphism to a finite group for each non-trivial group element such that its image is also non-trivial. The residual finiteness growth gives an estimate of the minimal number of elements in that finite group based on the word norm or word length of the original group element. We aim to find this function for different classes of groups. More specifically, we focus on finitely generated, residually finite, virtually minimax groups. We establish, in particular, exact asymptotics for all virtually nilpotent groups. Also, we improve the known bounds for polycyclic groups.

Lirias (KU Leuven)
Openalex Percentile: Top 3%
Geometric and Algebraic Topology
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