Spacetime interacts. Around black holes, just like the theory of relativity describes.

"Astronomers have finally caught a spinning black hole in the act of twisting the fabric of spacetime itself. The discovery came from watching a distant star get torn apart, forming a glowing disk and powerful jets that began to wobble together in a steady rhythm. (Artist’s concept.) Credit: SciTechDaily.com" (ScitechDaily, Astronomers Watch Black Hole Twist Spacetime As Einstein Predicted Over 100 Years Ago)

For the first time in history, researchers saw how black holes twist spacetime. This means that black holes behave as Einstein predicted in his Theory of Relativity. That thing might be bigger than nobody expected. Einstein started to work. On the repairing tool that would fill the hole in Einstein’s Theory of Special Relativity. Theory of Relativity or E=mc^2. That theory notes the curvature of the universe near gravity centers. This means that the straight universe does not exist. Every gravity center forms a pothole around it. This is one thing. 

The E=mc^2 means

E=Energy

m=mass 

c=speed of light 

That explains why nothing can travel faster than a photon. When an object travels over the gravitational pothole.  Without depending on how strong that gravity is, it takes energy from that pothole. Or we can say that the surface area. There, the quantum field loads energy. Turns larger. When the object tries. To. Get out of that pothole. It will release energy. Or, it transfers energy to the quantum field. The reason why the object that travels across the universe loses its energy is this. The energy level in the universe decreases. When. A particle or object falls into a gravitational pothole. 

It gets energy. From the quantum field. Around it. Because the energy field around the particle turns weaker, the particle that falls into the gravitational pothole always loses more energy than it gets. When the speed of the particle rises, it travels over more energy potholes or gravity potholes. Those potholes. Pull energy out of the particle. This means that space and time, or spacetime, are always somehow curved. If an object wants to rise from the gravitational pothole, it must get as much energy as it can rise above the edge of the gravitational pothole. 

If. You want to make a particle that travels faster than the speed of light. Researchers must. Just create the spacetime. There is a lower scattering effect. This means that researchers must aim the rocket’s exhaust gas through the WARP bubble. In this case, the rocket’s exhaust gas can be ions, photons, or neutrinos. The system must only push electrons or neutrinos by using lasers. 

"An artist’s impression depicts the accretion disc surrounding a black hole, in which the inner region of the disc wobbles. In this context, the wobble refers to the orbit of material surrounding the black hole changing orientation around the central object. Credit: NASA" (ScitechDaily, Astronomers Watch Black Hole Twist Spacetime As Einstein Predicted Over 100 Years Ago)

The Theory of Relativity describes that the speed of light, or the cosmic speed limit, can be broken. Once in history. The particle. Called: the muon neutrino. Seems to travel faster than the speed of light. The reason for that was a cable error. But there is another, more interesting explanation. There could be a particle that releases energy as an impulse. 

That impulse forms the short-term warp bubble. There, the scattering quantum field is less dense. This bubble forms a less dense spacetime around the particle. This means that the photon can travel faster in that bubble than it travels outside that bubble. So, the speed of light is always an unbreakable cosmic speed limit. But the energy impulse that particle sends from space, where light can travel faster than outside this bubble. But could a muon neutrino make that kind of bubble? This is the question. That seems unable to be solved. 

The WARP bubble acts similarly. As. An air bubble. Behaves in the water. The speed of light in air is higher than the speed of light in water. So photons and other particles can travel faster than light travels in water if they are in an air bubble. In the same way. Particles. Can travel in a warp bubble faster than they could travel outside the WARP bubble. 

Simplest way. We can say that the WARP bubble is the particle's own spacetime bubble around the particle. This bubble removes the scattering effect. The scattering effect means. The universe is full of low-energy quantum fields. And particles. The particle or object can accelerate only when energy travels into it.  

“Artistic rendition of a ship with warp drive activated” (Wikipedia)

Those fields pull energy out from objects. And this means that when an object’s speed is accelerating. Energy transfer out from the object accelerates when it crosses more of those energy fields. Finally, the energy flow turns away from the object. When. Energy flow turns away from the object that separates the energy impulse from it. This causes. The turn of the energy flow. In the critical moment. And that denies crossing the cosmic speed limits. 

Acceleration is an interesting phenomenon. When. We look at curves. About. The accelerating rockets, the acceleration turns slower as the rocket’s speed rises. The reason for that. It is a feature of the rocket engine. The rocket cannot fly faster than its exhaust gases. When. The rocket’s acceleration starts. All particles in the exhaust gases are participating in the acceleration process. The speed of exhaust gas is called the intrinsic impulse. 

But. When rocket acceleration continues, fewer particles participate in the acceleration. In the final stage, only the fastest particles in exhaust gases participate in the acceleration. This is the reason why those exhaust gases will not increase. The speed of the rocket. Over the cosmic speed limit. There is no particle. Whose. Speed is higher than the speed of light. 

But there is one thing that can allow us to surround the rule of the cosmic speed limit, which is that nothing can fly faster than a photon. Researchers must only create a spacetime where the speed of light is higher than the speed of light outside that synthetic spacetime. In. That model. The engine. It can create a warp bubble. Using antimatter annihilation outside the engine. Then the engine can inject. The ion injection that is accelerated by using photons in that warp bubble. 

This allows those ions travel faster than they normally travel. Then those ions impact the warp-bubble wall. In. A small moment. The ion or electron can travel faster than it normally travels. Or even faster than light. The particle will send Cherenkov radiation during that moment. The system can give an extremely high intrinsic impulse. If the warp bubble touches the shell of the craft, the system can pump energy to the craft and increase its speed. 

https://scitechdaily.com/astronomers-watch-black-hole-twist-spacetime-as-einstein-predicted-over-100-years-ago/

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

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

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

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

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

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