  Magnetic skyrmions have attracted enormous research interest since their
discovery a decade ago. The non-trivial real-space topology of these
nano-whirls leads to fundamentally interesting and technologically relevant
consequences - the skyrmion Hall effect of the texture and the topological Hall
effect of the electrons. Furthermore, it grants skyrmions in a ferromagnetic
surrounding great stability even at small sizes, making skyrmions aspirants to
become the carriers of information in the future. Still, the utilization of
skyrmions in spintronic devices has not been achieved yet, among other reasons,
due to shortcomings in their current-driven motion. In this review, we present
recent trends in the field of topological spin textures that go beyond
skyrmions. The majority of these objects can be considered a combination of
multiple subparticles, such as the bimeron, or the skyrmion analogues in
different magnetic surroundings, such as antiferromagnetic skyrmions, as well
as three-dimensional generalizations, such as hopfions. We classify the
alternative magnetic quasiparticles - some of them observed experimentally,
others theoretical predictions - and present the most relevant and auspicious
advantages of this emerging field.
