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