- #1
kurious
- 641
- 0
A graviton is supposedly massless and has spin 2.
But these characteristics of the graviton come from quantum mechanics
in which it is assumed that the graviton does not interact with other
force carrying particles.Is it possible that a graviton has a colour
charge for example, and interacts with gluons - a graviton is expected
to have very little energy and it would not interfere noticeably with
the mathematics of
quantum chromodynamics theory, but would the colour force have a
significant effect on gravity? Could the force of gravity be so weak
compared to the other
field forces because gluons take energy from gravitons? Because dark
energy accounts for most of the mass of the universe this would mean
that the colour
force would have to be associated with dark energy.Is this a
ridiculous idea or something that is reasonably possible?
But these characteristics of the graviton come from quantum mechanics
in which it is assumed that the graviton does not interact with other
force carrying particles.Is it possible that a graviton has a colour
charge for example, and interacts with gluons - a graviton is expected
to have very little energy and it would not interfere noticeably with
the mathematics of
quantum chromodynamics theory, but would the colour force have a
significant effect on gravity? Could the force of gravity be so weak
compared to the other
field forces because gluons take energy from gravitons? Because dark
energy accounts for most of the mass of the universe this would mean
that the colour
force would have to be associated with dark energy.Is this a
ridiculous idea or something that is reasonably possible?