A sun will emit light waves.
A black hole will emit gravitational waves.
Both waves travel at the speed of light. (theoretically)
A black holes total gravity is proportional to its mass.
A black holes event horizon distance from the center point is proportional to its mass.
As distance...
Thank you. The link is very help full.
OK, so light can be red shifted by gravity and this is proven measurable through experiment. And the degree of redshift if proportional to the amount of gravity present...
This leads me to ask a few other questions though.
Light waves and...
This is significant.
This dictates that all emissions are redshifted to Zero frequency at the surface of the event horizon?... Zero frequency has no energy.
What happened to the energy?
Under what circumstance?
And in this situation I'm not talking about the frames in movement either. (that is unless the gravity specifically moves them)
Can light be redshifted by gravitational fields?
If for example a flashlight was near a black hole but just outside the event horizon. If the flashlight was directed outward (directly away from the black hole), the light would indeed escape, but would the light be redshifted?
And a...