The merger of two of these objects can be modeled by the Effective One-body formalism, which describes the inspiral-plunge-ringdown model. No particle can remain at rest inside the stationary limit for rotating versions of these objects, which are also surrounded by an ergosphere. The temperature of these objects is related to the speed of light cubed over eight pi, while their entropy is proporti
The merger of two of these objects can be modeled by the Effective One-body formalism, which describes the inspiral-plunge-ringdown model. No particle can remain at rest inside the stationary limit for rotating versions of these objects, which are also surrounded by an ergosphere. The temperature of these objects is related to the speed of light cubed over eight pi, while their entropy is proportional to their surface area. These objects "evaporate" due to Hawking radiation. Sagittarius [A-Star] A* is the location of a supermassive version of these objects, which are thought to exist at the center of every galaxy. For 10 points, name these objects from which light cannot escape.
The merger of two of these objects can be modeled by the Effective One-body formalism, which describes the inspiral-plunge-ringdown model.
black hole