What pulls apart the virtual particle-antiparticle pairs precisely at the event horizon?
Answer
The intense gravitational gradient
The extreme difference in gravitational pull right at the boundary of the black hole, known as the event horizon, can successfully separate a virtual pair before they have the chance to recombine.
#Videos
Hawking Radiation explained simply, or How black holes explode!
Related Questions
Who proposed the mechanism for black hole evaporation and around when?What is the quantum mechanical description of seemingly empty space surrounding a black hole?What pulls apart the virtual particle-antiparticle pairs precisely at the event horizon?Relative to a distant observer, what energy value does the particle falling into the black hole effectively carry?The evaporation of a black hole is a direct result of which energy interaction occurring at the horizon?Hawking radiation is fundamentally a description combining which two major physical theories?How is the temperature (T) of Hawking radiation related to the black hole's mass (M)?Approximately how long would it take a black hole with the mass of our Sun to fully evaporate?What happens to the rate of evaporation as a black hole loses mass?Which part of the black hole defines the boundary governing the mechanism of Hawking radiation emission?