Its namesake "temperature" is calculated by multiplying the cube of the speed of light by the Dirac constant and dividing by the product of 8 pi, the gravitational constant, the Boltzmann constant, and the mass of the object being heated.
Its namesake "temperature" is calculated by multiplying the cube of the speed of light by the Dirac constant and dividing by the product of 8 pi, the gravitational constant, the Boltzmann constant, and the mass of the object being heated. It causes mass loss at a rate proportional to the inverse square of the mass, leading to an increasingly fast process. Because only one of the particles involved is observed to have positive mass, by conservation, the counterpart must have negative mass-energy; thus, creation of a real particle- virtual particle pair at the event horizon will result in mass loss. For ten points, name this radiation emitted by black holes, described by a disabled Cambridge physicist.
Its namesake "temperature" is calculated by multiplying the cube of the speed of light by the Dirac constant and dividing by the product of 8 pi, the gravitational constant, the Boltzmann constant, and the mass of the object being heated.
{Hawking} radiation