  Hadrons inclusively produced with large pT in high-energy collisions
originate from the jets, whose initial virtuality and energy are of the same
order, what leads to an extremely intensive gluon radiation and dissipation of
energy at the early stage of hadronization. Besides, these jets have a peculiar
structure: the main fraction of the jet energy is carried by a single leading
hadron, so such jets are very rare. The constraints imposed by energy
conservation enforce an early color neutralization and a cease of gluon
radiation. The produced colorless dipole does not dissipate energy anymore and
is evolving to form the hadron wave function. The small and medium pT region is
dominated by the hydrodynamic mechanisms of hadron production from the created
hot medium. The abrupt transition between the hydrodynamic and perturbative QCD
mechanisms causes distinct minima in the pT dependence of the suppression
factor R_{AA} and of the azimuthal asymmetry v2. Combination of these
mechanisms allows to describe the data through the full range of pT at
different collision energies and centralities.
