  Skyrmions are of interest both from a fundamental and technological point of
view, due to their potential to act as information carriers. But one challenge
concerns their manipulation, especially at high temperature where thermal
fluctuations eventually disintegrate them. Here we study the competition
between skyrmions and a chiral spin liquid, using the latter as an entropic
buffer to impose a quasi-vacuum of skyrmions. As a result, the temperature
becomes a knob to tune the skyrmion density from a dense liquid to a diluted
gas, protecting the integrity of each skyrmion from paramagnetic
disintegration. With this additional knob in hand, we find at high field a
topological spin glass made of zero- and one-dimensional topological defects
(resp. skyrmions and bimerons).
