Do gluons constitute dark energy and cause photon redshift through graviton collisions?

[kurious]

Gluons are dark energy.
They emit gravitons and these collide with photons and cause them to lose
energy - as yet more gravitons - and redshift.
As the photons travel through space they get longer wavelengths and gravitons of longer wavelength (emitted by gluons) collide with them so
that the photons lose the same amount of energy per unit distance.

 

[force5]

Gluons are dark energy.
They emit gravitons and these collide with photons and cause them to lose
energy - as yet more gravitons - and redshift.
As the photons travel through space they get longer wavelengths and gravitons of longer wavelength (emitted by gluons) collide with them so
that the photons lose the same amount of energy per unit distance.

I agree that dark energy is to the macro world, what gluons are to the micro world. kind of like mirror twins.

I'm not sure if I can agree with your interpretation?

 

[The Bob]

I agree that dark energy is to the macro world, what gluons are to the micro world. kind of like mirror twins.

I'm not sure if I can agree with your interpretation?

I must agree with force5 at this moment in time.

The Bob (2004 ©)