- #1
kurious
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If a graviton has energy presumably it curves space-time.A virtual
photon has energy and presumably it curves space-time.So can a
graviton affect the motion of a virtual photon through space-time and
vice-versa? If so, can the gravitational field be quantized
independently of the electric field?
Does there have to be a field operator that gives two probabilities
for each point in space: one probability for creating particles for
the gravitational field and another probability for creating particles
for the electric field ?
The electric field has been quantized independently of the
gravitational field but was this just the inevitability of "adjusting"
equations in QED?
photon has energy and presumably it curves space-time.So can a
graviton affect the motion of a virtual photon through space-time and
vice-versa? If so, can the gravitational field be quantized
independently of the electric field?
Does there have to be a field operator that gives two probabilities
for each point in space: one probability for creating particles for
the gravitational field and another probability for creating particles
for the electric field ?
The electric field has been quantized independently of the
gravitational field but was this just the inevitability of "adjusting"
equations in QED?