Abstract
Studies of anisotropic flow in heavy-ion collisions are one of the critical elements in understanding the production and evolution of the Quark Gluon Plasma. These proceedings review the most recent results on anisotropic flow measurements at the LHC energies. In particular, recent measurements of pT-differential v2{4} in Pb–Pb collisions for a plethora of light-flavour particles are discussed and compared to models with and without partonic coalescence. The measurements of v2{2} and v2{4} allow for the calculation of relative flow fluctuations, which for the first time are also reported for (multi)strange baryons. The study is further extended to higher moments of the underlying charged-particle v2 PDF, where a transition from non-Gaussian to Gaussian fluctuations is observed. Finally, the correlation between v2 and mean transverse momentum [pT] is studied in terms of the Pearson Correlation Coefficient. This opens new venues to study nuclear deformation in ultra-central heavy-ion collisions and could provide a tool to identify processes in the pre-QGP phase.