... The compact binary merger progenitor is typically thought to produce a blackhole central engine. ... identified prolonged energy injection in short GRB lightcurves that is inconsistent with the expected blackhole central engine ...
... Monitor thousands of galaxies with the aim to find low-level blackhole activity, or active galactic nuclei (AGN); . ... Monitor distant galaxies that are dominated by a central blackhole (quasars) to find out what powers these massive objects; . ...
... time of 60 light days or 104 gravitational radii for a 108 M blackhole ... be non-thermal emission from black-hole powered central engines rather than compact ... Fukue, J. & Mineshige, S., 1998, Black-hole accretion disks", eds. S. Kato, J. Fukue ...
... The primary science drivers for NIFS require a two-pixel spectral resolving power of about 5000 to detect blackholes in galactic nuclei, study the excitation and dynamics of the inner narrow-line regions of Seyfert galaxies, and study the dynamics of low ...
... 3.2 Extended Sources Early-Type Galaxies & Massive BlackHoles. ... that the bulges of galaxies and the blackholes which they contain grew coevally ... to be the places where the most massive blackholes were formed and where today one ...
... Observation by Advanced LIGO of gravitational waves from a binary blackhole merger ... A close look at the ultra-massive blackhole in NGC 1277 . ... Rob Sharp (RSAA) . Weighing black-holes with the Australian Dark Energy Survey . ...