Maybe. We can never create the WARP drive. That can transport entire spacecraft. But maybe. We could create the dark point in the light wave. That can transport information. That thing could make it possible to send probes to other solar systems. And transmit information back to Earth.
There is a bizarre galaxy. That ultra-diffuse galaxy involves the spherical star cluster. That star cluster. In that globular cluster. It is the first. Of. This kind of structure. That was found outside the Milky Way. It causes a suggestion.
That there is dark matter. Gravitational effect. And that causes interesting models. Another thing that could form the spherical clusters. It is the cosmic vacuum, the great nothing. Sometimes. We could call that effect great darkness.
“A faint ribbon of stars stretching across a galaxy can preserve a record of how that system has evolved. Known as globular cluster stellar streams, these long, coherent structures can also help astronomers investigate dark matter, the invisible material that accounts for most of the mass in the Universe.” (ScitechDaily, Breakthrough in a Bizarre Galaxy Could Help Unlock the Mystery of Dark Matter)
There is a possibility. That. The dark matter flow could form that star belt. So, dark matter. That movement could form the gravitational effect. That pulls stars into their form. The gravitational effect between matter and dark matter is the only confirmed interaction. But there is a possibility that the cosmic vacuum.
Great nothing can also put dark matter into motion. The great nothing is actually one type of so-called WARP bubble. That bubble can form when supernovas or kilonovas detonate. The gamma photons push quantum fields out from some point. That forms the cosmic vacuum.
When quantum fields from outside try to fill it. Those fields. They carry particles into that quantum vacuum. And that can cause an interesting model. The cosmic vacuum can stretch energy fields. And high-power gamma photons can create a tunnel through that quantum field. The wormhole. It is one version of the great nothing.
So, we could. Say that a wormhole could be a stretched version of the great nothing.
Could we still send messages faster than light? The dark points within light waves can travel faster than those waves. There is a possibility.
That those dark points could carry photons inside them. Basically. It could be possible to chain those dark points. That thing could form a tunnel through space.
We know that nothing can travel faster than light. Except. Darkness. That thing causes an interesting idea. What if reseachers someday can create the tube of darkness? And then pull quantum entanglement through that tube? If that is possible. We could say that. If. It can be formed. It could make it possible to create new types of quantum systems. Theoretically, that tube of nothing could make it possible to create the system. That could bring information from Alpha Centauri.
The cosmic bubble. Great nothing. It's the place where light travels faster than anywhere else. The cosmic bubble can stretch gravitational waves. That asymmetry in gravitational waves. It can pull even black holes into motion.
This means that. The cosmic vacuum acts like any other vacuum. It pulls everything into it. The cosmic vacuum can also pull stars and gas out of galaxies. The cosmic vacuum can also make theoretical gravitational engines possible. The gravitational engine is the system. That forms the gravitational pool ahead of the object.
Another version. What does this thing make? is the tunnel of great nothing. Ahead. Of the object. That thing can pull the object into that tunnel. In some ideas, the gravitational engine creates the quantum-sized black holes and pushes them to the front of the craft.
Those black holes evaporate in nanoseconds. They form. The gamma-effect. That pushes quantum fields away from the front of that object. Then that cosmic vacuum pulls the object. The front. That thing is a so-called virtual gravitational engine.
https://bigthink.com/starts-with-a-bang/gravity-doesnt-happen-instantly/
https://physicsworld.com/a/darkness-can-travel-faster-than-light/
https://www.popularmechanics.com/science/a70885429/darkness-faster-than-light/
https://www.popularmechanics.com/science/a71362600/scientists-say-physical-warp-drive-possible/
https://scitechdaily.com/astronomers-discover-a-ghostly-river-of-stars-that-could-reveal-dark-matter/
https://scitechdaily.com/breakthrough-in-a-bizarre-galaxy-could-help-unlock-the-mystery-of-dark-matter/
https://en.wikipedia.org/wiki/Alcubierre_drive
https://en.wikipedia.org/wiki/Kilonova
https://en.wikipedia.org/wiki/Warp_drive






















