  We demonstrate that at the rim of photon sphere of a black hole the quantum
collective transition takes place in any multiparticle system of
indistinguishable particles at passing inward this limiting sphere. This
transition is related to the change of the homotopy class of particle
trajectories at this sphere causing the local decay of quantum statistics
associated with the emission of radiation taking away the energy and entropy of
the infalling matter. The matter bereft of its former entropy smoothly passes
next (in the proper time) the event horizon without any violation of the
Einstein equivalence principle nor of the quantum unitarity. No firewall is
required on the event horizon because the information does not get lost in the
black hole, having previously escaped into outer space at the distance of one
and a half of Schwarzschild radius from the black hole central singularity.
