It is widely believed that these objects can be characterized entirely by mass, angular momentum, and charge and are thus "hairless".
The apparent "xeroxing" of quantum information by these objects is avoided by observing that one part of them is a "fast scrambler". The 2012 AMPS paper proposed that these objects were surrounded by firewalls; that proposition was an alternative to Susskind's proposal of complementarity, which also solves the unitarity-violating information loss problem that these objects cause. It is widely believed that these objects can be characterized entirely by mass, angular momentum, and charge and are thus "hairless". These objects probably emit Hawking radiation, and are formed from the collapse of bodies smaller than their Schwarzschild radii. For 10 points, name these ultra-dense astronomical objects from which light cannot escape.
The apparent "xeroxing" of quantum information by these objects is avoided by observing that one part of them is a "fast scrambler".
black holes