BSM Cosmology from BSM Physics
  Now Standard $\Lambda$CDM cosmology is based on physics Beyond the Standard
Model (BSM), which in turn needs cosmological probes for its study. This
vicious circle of problems can be resolved by methods of cosmoparticle physics,
in which cosmological messengers of new physics provide sensitive model
dependent probes for BSM physics. Such messengers, which are inevitably present
in any BSM basis for now Standard cosmology, lead to deviations from the
Standard cosmological paradigm. We give brief review of some possible
cosmological features and messengers of BSM physics, which include balancing of
baryon asymmetry and dark matter by sphaleron transitions, hadronic dark matter
and exotic cosmic ray components, a solution for puzzles of direct dark matter
searches in dark atom model, antimatter in baryon asymmetrical Universe as
sensitive probe for models of inflation and baryosynthesis and its possible
probe in AMS02 experiment, PBH and GW messengers of BSM models and phase
transitions in early Universe. These aspects are discussed in the general
framework of methods of cosmoparticle physics.
