Chromodynamics uses colour to represent the three charges of the strong field, like + and - for the one charge of the electromagnetic field. It rarely interacts with actually visible light.
Of course but with a huge wavelength, their frequency is very small. Small frequency means small energy so the effect of visible light is shadowed by other subatomic processes
wait, can visible light waves at thousands times larger than atoms interact with subatomic particles?
Chromodynamics uses colour to represent the three charges of the strong field, like + and - for the one charge of the electromagnetic field. It rarely interacts with actually visible light.
Thanks you.
Of course but with a huge wavelength, their frequency is very small. Small frequency means small energy so the effect of visible light is shadowed by other subatomic processes