"It's produced when an electron- positron pair are at the event horizon of a black hole," Dr. Sherwinski explained. "The intense curvature of space-time of the hole can cause the positron to fall in, while the electron escapes."
This happens but escaped electrons don't destroy stars. This is pretty funny.
"It's produced when an electron- positron pair are at the event horizon of a black hole," Dr. Sherwinski explained. "The intense curvature of space-time of the hole can cause the positron to fall in, while the electron escapes."
This happens but escaped electrons don't destroy stars. This is pretty funny.