… characteristics of the final state rather than by the collision system or energy. At high multiplicity,
… no significant change with multiplicity is observed beyond an initial slight rise. Note that …

… The hardening of the transverse momentum distribution and mass ordering of (pT) are often
attributed to strong final state rescattering and collective expansion of a system and even …

… in energetic, high-multiplicity final states has been performed using proton-proton collision
… ceptance of a new physics signal in these final states are set and further interpreted in terms …

… leptons, and/or photons) in the final state. The search described in this paper … final states of
various inclusive multiplicities featuring energetic objects. Furthermore, since such final states …

… the final state of a particle collision, especially if the kinematic properties are neglected.
Nevertheless, the multiplicity … to the average chargedparticle multiplicity 〈Nch〉. Distributions that …

… as a function of charged-particle multiplicity in inelastic proton–proton (pp) collisions at a …
psi \) yield with multiplicity; several models, based on initial or final state effects, have been able …

… high, and subsequently fragment into hadrons through string fragmentation. In this framework,
the final … charged pions as a function of multiplicity and find that it monotonically increases …

… , which leads to high-multiplicity p + p collisions. Due to the high multiplicities produced in
p + p … momentum (pT ) of final state particles produced in high-energy collisions has been …

… In Figure 1(a) we show the chemical freeze-out temperature as a function of the multiplicity
of hadrons in the final state [1]. The freeze-out temperature has been calculated using three …

… The reduced statistical momenta of multiplicity distribution cq = (n'~)/(n) q are energy
independent and for all final states have practically the same values as in proton-proton interactions…