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