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