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