  The very large transverse momenta and large multiplicities available in
present LHC experiments on pp collisions allow a much closer look at the
corresponding distributions. Some time ago we discussed a possible physical
meaning of apparent log-periodic oscillations showing up in p_T distributions
(suggesting that the exponent of the observed power-like behavior is complex).
In this talk we concentrate on another example of oscillations, this time
connected with multiplicity distributions P(N). We argue that some combinations
of the experimentally measured values of P(N) (satisfying the recurrence
relations used in the description of cascade-stochastic processes in quantum
optics) exhibit distinct oscillatory behavior, not observed in the usual
Negative Binomial Distributions used to fit data. These oscillations provide
yet another example of oscillations seen in counting statistics in many
different, apparently very disparate branches of physics further demonstrating
the universality of this phenomenon.
