Gravity waves are new tools for observers.

Gravity waves and their shape are interesting. The gravitational model goes like this. The fast-spinning object binds energy into itself in the form of the kinetic energy. During that process, the particle rolls energy fields around it. That form looks like an onion. Those fields might look like solid structures but because four fundamental interactions have different wavelengths those layers have space or energy ditches between them. 

The black hole and other gravity centers roll those spaces around them. And if outcoming energy and material flow ends the black hole vaporizes. Or it releases energy. In that process, the black hole's energy field's outer layer jumps back. That forms space between those energy layers inside the event horizon. That releases superstrings that are thin energy fields into those holes. The incoming superstring has a higher energy load than the outer energy field. And that energy starts to push those energy layers away. 

So gravity can pull objects straight with energy fields that roll into them. That energy that a black hole binds is like a river that pulls all objects inside a black hole. But there is also the possibility that gravitational waves can also pull objects to the gravitational center. The fact about black holes is that those things are not the most typical gravity centers in the universe. Black holes are the most extreme gravitational effects. However, the most typical gravitational centers are not so extreme. They are very weak gravitational objects. 

The most typical gravity centers are atoms and molecules. And the most typical elements are the most typical gravitational centers. Those most typical elements are electrons or some particles with mass.  The model is that all particles have also gravitational fields. That is called quantum gravitation. 

The question is are quantum and normal gravitation the same thing? There is a model that gravity centers are formed of one or more quantum gravitational dots. The mass of the neutrino is so low. Because its spin is very slow. The false vacuum model explains the mass of particles that there is a false vacuum inside it. So photon has no mass because there is no false vacuum inside it. That means a photon can turn flat, but it cannot form a false vacuum inside it. That means the photon cannot turn flat. When a particle slows it must release its energy to somewhere. When a particle turns flat it starts to deliver more energy to the space that is opposite to the particle's moving direction. 

How the gravitation can turn opposite? If a gravity wave is an energy ditch that travels around the universe. The answer is this: something must fill the gravity wave. Or something must form an energy field in the gravity wave that turns its energy level higher than the environment. That thing can be the impacting superstrings that form the quantum electric arc or quantum pressure wave that turns the energy level in the gravity wave higher than the environment. 

Gravity can be a field interaction where the particle in the middle of the field binds the field into the kinetic energy. When a particle's spin slows that thing delivers energy. And in the case of the black hole that energy is gravitational wave. But why that wave doesn't push objects back? The idea is that the gravitational wave is like a ditch that travels in the energy field. The energy ditch bottom is at a lower level. If it's closer to the gravity center. 

And then can cause an effect that the decreasing depth of those waves just makes objects fall to the gravity center. Or the shape of those energy waves can be like a false vacuum model. That means there is a step or small pothole before the energy minimum. And together with vacuum and false vacuum, or false energy minimum and energy minimum can together form the case where the energy hill is lower than the bottoms of those energy ditches together. So what does that thing mean? 

There was one strange model that in the Big Bang gravity turned opposite. How can this be possible? There is a model that the superstrings form all material there is the possibility that gravity turns the opposite. The idea is that some of those superstrings can fall into those gravity, or energy ditches. In that case, those impacting superstrings form the thing, that looks like an electric arc. 

That effect can fill the gravity wave or energy ditch. In that case the gravitational wave can: 

A) Fill

B) Face the faith that we call false-vacuum decay. 

If the false vacuum happens in that energy ditch or gravity wave that wave turns into a series of the lower, or less deep gravity waves. The false vacuum decay can turn those gravity waves so low that they cannot affect the object. The thing is that that impact must only raise the energy level in the gravity waves higher than the environment. There is the possibility that this effect happens in black holes. Without depending on the existence of singularities and how gravity interacts the black hole pulls fields inside it. The problem is that there a small holes or ditches in that structure, that look like onions. 

There is a possibility that wave movement or superstring can fall to those small ditches or holes. That can cause a situation in which this string or thin energy field conducts energy straight to the outer shell. Or the inner energy shell delivers the superstring that impacts with another superstring. And anyway, if the superstring falls to an energy ditch between those layers it delivers energy. That can cause a situation in which the energy ditch fills and sends energy impulses against that structure. 

There are also other effects. That can turn the gravity wave opposite. When wave movement falls into a gravity wave it's like water that falls into the gutter. There is the possibility that in gravity wave is the superstring. When an energy wave hits that thing it can decay and that causes an effect that energy comes out from the gravity wave. Or when energy falls to the gravity wave it pushes energy that is locked in that wave up. And that causes the splatter when the energy level in the gravity wave rises over the edge of that energy ditch. 

https://bigthink.com/starts-with-a-bang/starts-with-a-bang-podcast-117-gravitational-waves-and-the-universe/