New K0S-K0S femtoscopy at 5.02 TeV shows radii decreasing with kT and centrality in line with collective flow, agreeing with 2.76 TeV data and CMS results while hydrokinetic models fit central but not peripheral collisions.
K+K+ scattering length from lattice QCD
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$\mathbf{{\textbf{K}}^{0}_{\textbf{S}}}-\mathbf{{\textbf{K}}^{0}_{\textbf{S}}}$ femtoscopy in Pb$-$Pb collisions at $\mathbf{\sqrt{\textit{s}_{\rm NN}} = 5.02}$ TeV at the LHC
New K0S-K0S femtoscopy at 5.02 TeV shows radii decreasing with kT and centrality in line with collective flow, agreeing with 2.76 TeV data and CMS results while hydrokinetic models fit central but not peripheral collisions.