| Graviational red shifting -
12-18-2005, 01:42 PM
I like your explanation Zeroaca, I need to look at that some more and think about it.
Something else that is bugging me:
So a photon apparently does not have any mass. However, an object with mass, emitting a photon, must lose mass according to e=mc2. Now this photon must climb out of the gravitational well of this same mass, causing a redshift of the photon, reducing its frequency.
Now if this same photon is absorbed somewhere else, it increases the mass of the new object- DECREASED BY THE AMOUNT OF REDSHIFTING WHICH TOOK PLACE IN THE GRAVITATIONAL WELL.
So there it is- objects are losing mass and energy, and it is not conserved. Is it? What is going on? |