Let
be the
classifying space of
for the family of virtually cyclic subgroups. We show that an Artin group admits a finite
model for
if and only if it is virtually cyclic. This solves a conjecture of Juan-Pineda
and Leary and a question of Lück, Reich, Rognes and Varisco for Artin
groups. We then study conjugacy growth of CAT(0) groups and show
that if a CAT(0) group contains a free abelian group of rank two, its
conjugacy growth is strictly faster than linear. This also yields an alternative
proof for the fact that a CAT(0) cube group admits a finite model for
if and only
if it is virtually cyclic. Our last result deals with the homotopy type of the quotient space
. We show, for
a poly-–group
, that
is homotopy equivalent to a finite CW–complex if and only if
is
cyclic.
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Keywords
finiteness properties of groups for families of subgroups,
Artin groups, conjugacy growth, CAT(0) cube group,
virtually cyclic groups, poly-$\mathbb{Z}$–groups