Exploring the Potential of Multi-Detector Analyses for Core-Collapse Supernova Neutrino Detection

The time profile of neutrino emissions from core-collapse supernovae contains unique information about the dynamics of the collapsing stars and the behavior of particles in dense environments. The observation of neutrinos from the SN1987A supernova, in the Large Magellanic Cloud, marked the beginning of neutrino astronomy. To date, no other supernova neutrino observation has been made. It is therefore essential to investigate the impact of the supernova properties on the neutrino light curves expected in current and future experiments. In this contribution, we study the effect of the progenitor mass, the neutrino mass hierarchy and the magnetic field on neutrino observations. Here we consider the impact of these parameters on neutrino light curves which would be observed at the KM3NeT, DUNE, and DarkSide experiments. We identify areas of complementarity between these three experiments and discuss how to combine their observations to allow to discriminate between different supernova models.