No slip gravity in light of LISA standard sirens

ABSTRACT Standard sirens (SS) are the gravitational wave analogue of astronomical standard candles, and can provide powerful information about dynamics Universe up to very high z values. In this work, we generate three mock SS catalogues based on merger massive black hole binaries which expected be observed in LISA operating frequency band. Then, perform an analysis test modifications general relativity (GR) inspired by no slip gravity framework. We find that best scenarios, constrain free parameters quantify deviations from GR 21 per cent accuracy, while Hubble parameter simultaneously fit 6 accuracy. combination with CMB information, a 15 accuracy modified 0.7 parameter. The events at large cosmological distances band will unique way nature gravity, but context performed here, it not possible distinguish GR.