Recent results in QCD on multiplicity distributions are briefly reviewed. QCD is able to predict very tiny features of multiplicity distributions which demonstrate that the negative binomial distribution (and, more generally, any infinitely divisible distribution) is inappropriate for precise description of experimental data. New fits of high energy multiplicity distributions can be derived
Multiplicity distributions of charged particles for inelastic, non single-diffractive events in prot...
It is argued that a multicomponent structure of $e^+e^-$ and $p\bar p$ high energy collisions determ...
The multiplicity distribution is described in terms of models incorporating the stochastic branching...
Charged particle multiplicity distributions for the inelastic, non-single-diffractive component of p...
New properties of the multiplicity distributions predicted by higher order QCD and their physical or...
The multiplicity distribution of the gluons produced at the high energy is evaluated in BFKL approac...
Results are presented from calculations carried out in the discrete QCD model, concerning multiplici...
In this work we show that the latest LHC data on multiplicity moments C2 −C5 are well described by a...
AbstractWe study the multiplicity distribution of particles produced in hard collisions on the basis...
The Multiplicity distribution of all charged particles, as well as that of negatives and positives t...
INTRODUCTION The shape of a distribution can be analyzed in terms of its moments [1]. In the case o...
Results are presented on the multiplicity distributions of charged hadrons produced in νn, νp, {Math...
Results are presented on the multiplicity distributions of charged hadrons produced in νn, νp, {Math...
This paper reviews the data on multiplicities in high energy interactions. Results from e/sup +/e/su...
Multiplicity distributions of charged particles produced in non single-diffractive collisions betwee...
Multiplicity distributions of charged particles for inelastic, non single-diffractive events in prot...
It is argued that a multicomponent structure of $e^+e^-$ and $p\bar p$ high energy collisions determ...
The multiplicity distribution is described in terms of models incorporating the stochastic branching...
Charged particle multiplicity distributions for the inelastic, non-single-diffractive component of p...
New properties of the multiplicity distributions predicted by higher order QCD and their physical or...
The multiplicity distribution of the gluons produced at the high energy is evaluated in BFKL approac...
Results are presented from calculations carried out in the discrete QCD model, concerning multiplici...
In this work we show that the latest LHC data on multiplicity moments C2 −C5 are well described by a...
AbstractWe study the multiplicity distribution of particles produced in hard collisions on the basis...
The Multiplicity distribution of all charged particles, as well as that of negatives and positives t...
INTRODUCTION The shape of a distribution can be analyzed in terms of its moments [1]. In the case o...
Results are presented on the multiplicity distributions of charged hadrons produced in νn, νp, {Math...
Results are presented on the multiplicity distributions of charged hadrons produced in νn, νp, {Math...
This paper reviews the data on multiplicities in high energy interactions. Results from e/sup +/e/su...
Multiplicity distributions of charged particles produced in non single-diffractive collisions betwee...
Multiplicity distributions of charged particles for inelastic, non single-diffractive events in prot...
It is argued that a multicomponent structure of $e^+e^-$ and $p\bar p$ high energy collisions determ...
The multiplicity distribution is described in terms of models incorporating the stochastic branching...