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