- #1
kurious
- 641
- 0
If a spin 1 photon is made from spin 2 gravitons then when the
gravitons initially formed the photon, they must have reduced their
angular momentum.
They could do this by splitting into two spin 1 particles, one of
which helps form a photon, while the other moves off into space as a
free photon.When a photon is struck at some time by a free graviton in
space,part of the energy in the photon can have its angular momentum
increased and can leave the photon as a spin 2 particle.The free
graviton that caused the increase in the angular momentum of part of
the energy of the photon would have its own angular momentum
decreased.Angular momentum would be conserved.
gravitons initially formed the photon, they must have reduced their
angular momentum.
They could do this by splitting into two spin 1 particles, one of
which helps form a photon, while the other moves off into space as a
free photon.When a photon is struck at some time by a free graviton in
space,part of the energy in the photon can have its angular momentum
increased and can leave the photon as a spin 2 particle.The free
graviton that caused the increase in the angular momentum of part of
the energy of the photon would have its own angular momentum
decreased.Angular momentum would be conserved.