Dark matter is one of the most interesting in the universe. Dark matter interacts only through gravity. The Higgs field could explain dark matter as the lower energy areas or holes in the Higgs field. That means dark matter is a thing that makes gravity field or Higgs field travel. The thing. What makes dark matter interesting is that it can interact only through gravitational waves.
The planet 9 is explained as the dark matter piece. Sometimes researchers thought about dark matter as a hypothetical Higgs singlet. The particle that can travel ahead and back in time. The Higgs singlet can be the particle that stores lots of energy. That makes it very heavy. And then that heavy particle loses its energy very fast.
That causes a situation where the particle's mass turns very high. Then particle suddenly releases its mass. And that forms a vacuum bubble around it. That makes practice turn lighter than most of them. That fast energy impulse makes that time travel faster on that particle.
The wobbling box that symbolizes the 4th. dimension can explain why the Higgs singlet could travel back and forth in time. The Higgs singlet has two layers. The outer layer acts like a warp bubble that injects energy into the inner layer. The inner structure wobbles back and forth pumping energy to the upper structure. Then sooner or later the particle's energy level rises higher than it's at the edge of the speed of light.
The wobbling box can be the model of the Higgs singlet. The wobbling internal structure pumps energy to that particle until it turns into, a black hole. When the outer structure touches the internal structure that causes the end of the wobbling. In that case, the Higgs singlet can release it. energy. The idea is that this thing makes particles travel back and forth in time.
When the speed of the Higgs singlet rises the inner structure moves backward. When the inner structure touches the outer structure, that thing pushes the inner structure forward. That effect makes it possible. The Higgs singlet can make the same thing as the WARP drive.
The thing is that when the Higgs singlet reaches a speed. That is very close to the speed of light. The particle itself cannot cross the speed of light. But it can compensate for that thing using incoming energy. In some models, the Higgs singlet can be the proton. There is a particle-antiparticle pair in the proton. In some cases, those particles and antiparticles can touch each other. And that thing forms an energy impact that can put the proton into the WARP bubble.
The image, that you have seen before in the text, tells how light controls superconductivity and can tell how the material can turn invisible. The light causes a situation where the energy field jumps out from the particle. That effect makes the flame-look energy field around the particle. And that energy field can have an effect. That radiation or wave movement travels past the particle.
In some models, this electromagnetic field can trap photons in that field. The hovering photon will push electromagnetic radiation around the energy field. And that thing makes light travel like radio waves travel past the stealth aircraft. And if that thing is made over the graphene structure, the power field can aim optical radiation like photons pass the material. This thing can aim photons into the net holes in the graphene network.
https://arxiv.org/abs/1103.1373
https://journals.aps.org/prd/pdf/10.1103/PhysRevD.103.075016
https://scitechdaily.com/galactic-features-reveal-dark-matters-invisible-hand/
https://en.wikipedia.org/wiki/Higgs_boson
https://en.wikipedia.org/wiki/Higgs_mechanism
https://en.wikipedia.org/wiki/Singlet_state
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