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