- #1
JosephRombousky
- 14
- 0
Please correct my question if I am again misguided.
Theoretically not even light is able to escape the gravity of a black hole. Due to the curvature of space the black hole prevents anything or any information from coming back through the event horizon.
However Blackholes are supposed to give off Hawking radiation(which i believe was x-rays). Now this Hawking radiation is "half"(you know what i mean) of the virtual particle/antiparticle pairs.
So why should only x-rays be emmited from the black holes. Would only x-rays be emmited from the black hole suggest that somehow the gravity off the backhole is influencing the quantum vacuum resulting in only energy jumps which coencide with x-rays.
Thank you all! (this has kept me up all night)
Theoretically not even light is able to escape the gravity of a black hole. Due to the curvature of space the black hole prevents anything or any information from coming back through the event horizon.
However Blackholes are supposed to give off Hawking radiation(which i believe was x-rays). Now this Hawking radiation is "half"(you know what i mean) of the virtual particle/antiparticle pairs.
So why should only x-rays be emmited from the black holes. Would only x-rays be emmited from the black hole suggest that somehow the gravity off the backhole is influencing the quantum vacuum resulting in only energy jumps which coencide with x-rays.
Thank you all! (this has kept me up all night)