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