Higgs field and gravitation.

"Artist’s interpretation of an array of pulsars being affected by gravitational ripples produced by a supermassive black hole binary in a distant galaxy. Credit: Aurore Simonnet for the NANOGrav Collaboration" (ScitechDaily,The Galactic Pulse: Pulsar Timing Arrays Detect Long-Period Gravitational Waves)

The Higgs field is a theoretical base energy field in the universe. The hypothetical graviton is the thing that transports things like photons in this field. That means the graviton is a pothole or lower energy point in the Higgs field. When a particle travels in the universe, it travels between this pothole and the higher energy point behind it. 

When we look at the image of a hypothetical WARP drive, we can say that all particles travel the same way. There is an energy ditch or pothole in the direction of the particle, and then a higher energy level point behind the particle pushes it forward. So that thing means that the particle travels in waves. The gravitational waves transport particles forward. 

The WARP drive. All particles travel in waves between energy- or gravity ditch. The lower energy area or energy ditch pulls the particle forward. 

The height difference between that energy ditch and the point behind the wave or particle determines the force that transports the particle forward. It's possible. That forward of the particle forms the deep energy ditch. That pulls it forward with very high power.  

In that case, the energy level behind the particle must not be very high. The energy ditch must be deep. And this is the idea of the antigravity. The system just makes the energy ditch or vacuum in the Higgs field. And then that makes the particle move. Or particle moves if there is an energy pothole in another side of the particle. 

Gravity waves are moving energy ditches in the universe. 

Sombrero-model. 

The reason why a particle that is on the top of the energy hill has no mass is, that it hovers above the energy field. In a 3D universe that means the particle pushes the Higgs field away. And this causes the effect. There the mass is not measurable. When a particle falls from the energy hill it sends radiation all over the universe. 

In the sombrero model, all particles are surrounded by a gravitational ditch. There is an energy hill in the middle of the gravity ditch. That means the gravity wave is the wave movement in the Higgs field. When energy travels into the gravity- or energy ditch around particles that form lower energy area, or traveling energy ditch in the Higgs Field. The asymmetry in this structure makes particles move. 

There is a lower energy area around the particle, and there is a structure, that acts like a thermal pump. It forms a lower energy area around it. The gravity, or energy ditch around the particle is not stable. The universe's expansion causes a situation, in which material collapses or turns into wave movement. Materia, that is one energy form sends energy impulses over the energy-, or gravity ditch. Sometimes energy travels into a particle, and sometimes it travels away from it. 

The lower energy area in a particle pulls the Higgs field in the middle of it. And that gravity ditch around the particle keeps putting energy move in it. The sombrero model works with particle groups. And the thing that gives things like neutron stars so powerful gravity field is this. They form a homogenous structure, there is not much internal space where those particles can send gravitational waves. 

In neutron stars, the particle sends gravitational waves like all other particles. The problem is that there is no space internal space or energy pockets for those waves. 

The only space for gravity waves is between quarks in neutron stars. That means all particles send gravity waves to the environment at the same time. 

In black holes, there is internal space in singularity. That means the entire singularity sends gravity waves around it. The thing that makes a black hole's gravity field so powerful is that singularity sends gravity waves so often, that it makes deep gravity ditch in a long distance. 

 The energy impulses from particles make the edges of the energy ditch move. 

There is a thing, called superstring in the middle of the particle. That transports energy out from particles. That superstring is like an antenna, that pulls Higgs field away. The Higgs field is an energy field that interacts like all other energy fields. It travels from higher to lower energy levels. And if we think of this thing in a 2D environment, the superstring pulls the Higgs field into particles forming the gravitational ditch. 

The depth of the ditch turns deeper and deeper. And the energy of the particle rises. The thing that makes particles visible is if it's a hilltop over the edge of a gravity ditch. And then the thing that makes particles move is the case, of the sombrero or the ditch turns asymmetrical. If there is a pothole at the bottom of the gravity ditch. That makes the particle move to another position. 

If we think that a photon is a stretched wave movement the pothole forms at the front of it when that stretched energy wave pulls energy in it. The reason why a photon has no mass can explained by this model.  When a photon impacts the target, the graviton's or energy pothole's bottom will stretch down. That causes energy to flow to the bottom of that pothole. And then energy will jump up. 

Like in the case, where we send lower water diagonally to the bottom of a concave container, the wave jumps up, and then the photon or stretched wave pushes it forward. Then that energy hits the particle's quantum fields in the wall. We see the reflection of that material. 

https://scitechdaily.com/the-galactic-pulse-pulsar-timing-arrays-detect-long-period-gravitational-waves/

See also: 

Graviton

Higgs field