Strangeness Flow in $$\mathrm {Au}+\mathrm {Au}$$ Collisions at $$1.23\,\mathrm {AGeV}$$ Measured with HADES

We present preliminary results on anisotropic flow of particles with strangeness content (\(K^0_{\mathrm {s}}\) and \(K^+\)) in Au \(+\) Au collisions at \(\sqrt{s_{\mathrm {NN}}} = 2.42\,{\mathrm {GeV}}\) measured with HADES. The strange particle flow in heavy-ion collisions is a good probe for the nuclear equation-of-state. Kaon flow was rarely measured at such low centre-of-mass energies, due to the sub-threshold production of strangeness. Thanks to the large statistics of 2.6 billion \(40\%\) most central collisions, this study is now possible. The obtained flow parameters (differential measurement of directed and elliptic flow w.r.t. centre-of-mass rapidity and transverse momentum) are compared with previously published world data as well as with flow of non-strange particles.