Could gravitation be an effect that forms when a gravitational system pulls the Higgs field through the gravitational system?

Does gravitation affect the particle itself or it's the environment? If gravitation is the effect where a hypothetical Higgs field travels in the gravitational system that explains why there is no polarity in the gravitation. In that model Higgs field is like water. And gravitational systems are like rolls that pull the Higgs field in the system. That thing explains why gravitation is so special. And that explains the curvature of the universe near the gravitational center. 

If the gravitation effect is that the gravitational system pulls the Higgs field inside the system that also explains why particles are turning smaller near black holes and other gravitational centers. The black hole pulls Higgs field to the object. And that also explains time dilation in the gravitational field. The gravitation just pulls Higgs field against objects and slows and finally denies their vaporization. The vaporization means that the particle turns to wave movement. 

The reason why gravitation seems to be neutral is that its source is in so small-size particles or objects that it can touch the superstrings of the quarks. Or it can affect only the environment of the atoms and other particles. If the Higgs field exists. That thing could explain why gravitation has no polarity. The idea is that gravitation is the effect where the gravitation system pulls a hypothetical Higgs field in the system. 

In that model, the Higgs field is like the river that pulls particles into the gravitational system. But if we want to prove that thing we must prove the existence of the Higgs field. 

The "Mexican hat-shaped" potential of the Higgs field is responsible for some particles gaining mass (Wikipedia/Higgs boson).

The Higgs field is a scalar field, and I use that term for the universe scalar field that is everywhere in the universe. In theories, there is a scalar field that separates the universe from the space around it. 

If we think that the Schwinger effect forms material. When two electromagnetic fields are rubbing each other. And form quantum whirls that act like particles. If those electromagnetic fields are strong enough. That thing makes those whirls stable gluons or quarks. Magnetic fields are forming of superstrings. And if those superstrings are turning tight enough. That thing can form a stable material. 

But let's talk about the similarity between electromagnetism and gravitation. We can think that electromagnetic fields are like rolls that are rolling other electromagnetic fields in the middle of them. There is the connector, the standing wave that conducts the energy out from the poles of that structure. So those electromagnetic rolls act like rolls that pull canvas or water through them. 

So we can turn this model to gravitation. There is the structure. That makes rolls that pull some kind of power field like Higgs field into the middle of the gravitational system. There standing wave conducts energy out from the system's poles. So those quantum rolls pull the Higgs field in the system, and that still hypothetical "base field" transfers particles in the system like water. 

That explains the gravitational radiation that black holes are sometimes sending. Those gravitational waves are packed around the standing gravitational wave. And sooner or later. Those waves are coming out from that massive object. That the gravitational wave can break the massive gravitational field requires more energy. 

https://simple.wikipedia.org/wiki/Higgs_field

https://en.wikipedia.org/wiki/Higgs_mechanism