Numerical calculations Monte Carlo Codalema Potential chemical Impact parameter XENON Jet quenching 13000 GeV-cms/nucleon Initial state Nucleon Time projection chamber Background LHC Critical phenomena Air 5020 GeV-cms/nucleon Xenon liquid Quark gluon plasma Higher-order 1 Multiplicity Hadronization TeV Hydrodynamics Charged particle multiplicity Fluctuation Showers atmosphere P p scattering Fragmentation Photomultiplier 2760 GeV-cms/nucleon Neutrino oscillation Suppression ALICE Brookhaven RHIC Coll Quark Dark matter direct detection Monte Carlo Transverse momentum momentum spectrum Peripheral Data analysis method Heavy Ion Experiments Energy high Rapidity Quantum chromodynamics perturbation theory Lattice field theory Charged particle Dark matter Sensitivity Baryon CERN LHC Coll CR radiodetection Coherence Numerical calculations Heavy ion scattering KM3NeT Correlation function Hadronic decay Temperature JUNO Relativistic Nuclear Collisions Neutrino detector Heavy ion Collective Cosmic rays Charm Quantum chromodynamics Boundary condition Resolution Flow anisotropy P nucleus scattering Observatory Energy loss Transverse momentum dependence Nucleus Transverse momentum Transport theory GeV Nuclear matter Calibration Elliptic flow Quantum chromodynamics critical phenomena Lead Nuclear matter effect PYTHIA Experimental results Structure Hadron Auger Energy resolution Scattering Correlation Energy dependence Activity report Performance Flow Plasma Model hydrodynamics Heavy quark Multiplicity dependence Quarkonium Thermal