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