In curved spacetime, this phenomenon is explained by applying Bogoliubov transformations to the solutions of Maxwell's equations.
In curved spacetime, this phenomenon is explained by applying Bogoliubov transformations to the solutions of Maxwell's equations. writing them as positive-frequency and negative-frequency parts; one gives you particles, and the other, antiparticles.  The resulting prediction is a blackbody glowing at a temperature equal to six times ten to the negative eighth kelvins per solar masses -- in other words, FTP, for particle-antiparticle pairs created near the event horizon, one falls into a black hole, and the other escapes as what kind of radiation?
In curved spacetime, this phenomenon is explained by applying Bogoliubov transformations to the solutions of Maxwell's equations.
Hawking Radiation