Can the charm or c quark explain why a photon has no mass?

Can the mass of charm quark or c quark open the road to the photonic mystery? Can the reason why the c-quark that is inside the proton can be heavier than the proton? The c quark is a very heavy particle. That means its energy level is very high. 

That causes that c boson sends radiation with very high power. That radiation or wave motion pushes other particles away from it. And c quark flows above the energy level of other particles. When c quark sends enough radiation its shape turns into another particle.  

So could the same thing cause that photon has no mass? In that model, the photon would be in so a high energy level that it also pushes other particles and wave motion away from it. If that thing is right. The radiation of photons is so high that it will send the impacting radiation away from it.  In that case, dominating radiation will blow other radiation away. And that makes it difficult to measure the mass of the object. 

Otherwise, photons can turn wave motion without warning. Sir Isaac Newton proved that light is at the same time wave motion and particle. In that model, the scattering effect will cause that when the light in wave motion or superstring form hits another superstring it can turn into a photon. 

And the same way when a photon hits another photon or superstring. It can turn back to wave motion. That thing is an interaction where energy travels between superstrings and particles depending on which side of the impact has a higher energy level. 

If the wave motion hits the wall with a certain energy level there is the possibility that the wave motion will transfer energy to material with extremely high power. But the impact area of that wave motion or superstring is so small that it cannot interact. Or it's hard to measure the interaction. 

The reason for that is when the superstring travels through the quantum field. That raises the energy level of that field but during that interaction, the superstring itself doesn't make changes to that energy level. So the energy travels out from the quantum field after the energy stress. Not during that stress. The energy flows away from the particle when there is no incoming energy. At that moment energy comes out from the field because the system attempts to reach the minimum energy level. 

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