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About

Edward M. Cackett is an astrophysicist specializing in active galactic nuclei (AGN) and time-domain astronomy, with a focus on reverberation mapping to probe the inner workings of supermassive black holes. His major contributions include pioneering continuum reverberation mapping campaigns that measure the size and temperature structure of black hole accretion disks. Notably, his three-year monitoring of Mrk 876 using robotic observatories (2023, 19 citations) provided critical insights into the optical continuum-emitting region, while his work on NGC 7469 (2025, 9 citations) tested the predicted wavelength-dependent lag scaling. Cackett also led the characterization of Wayne State University’s Dan Zowada Memorial Observatory (2022, 10 citations), a fully robotic 0.5 m telescope optimized for time-domain studies of variable objects like tidal disruption events. His research on PG 2130+099 (2025, 2 citations) addressed discrepancies in continuum lags, further refining accretion flow models. With over 40 publications and a growing citation impact, Cackett is a leading figure in AGN reverberation mapping, advancing our understanding of black hole growth and accretion physics through innovative observational techniques and robotic telescope networks.