CORDIS Project
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This project aims to advance our understanding of neutron star mergers by developing a novel computational method that simulates the entire process from the inspiral phase to the kilonova explosion. It seeks to connect gravitational waves and electromagnetic signals, providing insights into the nature of dense matter a…
Recent years have seen the blossoming of multi-messenger astrophysics where gravitational waves, photons and neutrinos provide complementary views on cosmic explosions involving some of the Universe’s most enigmatic objects, namely neutron stars and black holes.
The first observation of a neutron star merger via both gravitational waves and, days later, an electromagnetic flash called ""kilonova"" enabled huge scientific leaps forward and was therefore celebrated as ""2017 Breakthrough of the Ye…
UNIVERSITY OF HAMBURG
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