  The characteristic predictions of chiral soliton models - the Skyrme model
and its extentions - are discussed. The chiral soliton models prediction of
dibaryon states with masses below NN-pion threshold is in qualitative agreement
with recent evidence for the existence of narrow dibaryons in reactions of
inelastic proton scattering on deuterons and two-photon radiation in
proton-proton scattering. The connection between isovector magnetic momentum
operator and mixed tensor of inertia of multiskyrmion, as well as between
isoscalar magnetic momentum and orbital tensor of inertia valid for skyrmions
with any B-numbers allows to estimate the electromagnetic decay widths of some
states of interest. Another kind of predictions are multibaryons with
nontrivial flavour - strangeness, charm or bottom, which can be found, in
particular, in high energy heavy ions collisions. It is shown that the large B
multiskyrmions given by rational map ansaetze can be described reasonably well
within the domain wall approximation, or as spherical bubble with energy and
baryon number density concentrated at its boundary. A simple formula is
obtained describing the masses of known RM multiskyrmions with good accuracy.
