At the Large Hadron Collider (LHC), relativistic heavy-ion beams generate a large flux of equivalent photons, which can lead to photon-induced reactions. By measuring the production of tau lepton pairs through photon-induced processes, it becomes possible to set constraints on the anomalous magnetic dipole moment (g-2) of the tau lepton. A recent study conducted by the ATLAS experiment involved observing the muonic decays of tau leptons in conjunction with electrons and particle tracks. This study has yielded one of the most stringent constraints on the g-2 of the tau lepton to date.