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

Quantum tunneling eningma. How the particle can cross the speed of light?

"Quantum tunneling allows particles to bypass energy barriers. A new method has been proposed to measure the time it takes for particles to tunnel, which could challenge previous assertions of superluminal tunneling speeds. This method involves using atoms as clocks to detect subtle time differences. Credit: SciTechDaily.com.". (ScitechDaily, Breaking Light Speed: The Quantum Tunneling Enigma)

The idea in the crossing the speed of light is this: does the particle or object cross the speed of light in that medium? Or does that particle or object cross the speed of light in a vacuum? Crossing the speed of light in a vacuum is impossible. But crossing the speed of light in water or air is an everyday thing. When an electron that comes from the sun hits the earth's atmosphere it travels faster than light travels in the air. 

The nuclear reactor sends neutrons that are faster than the speed of light in water. And when neutrino hits the water in a neutrino detector it travels faster than the speed of light in water. And we see that thing as a blue light flash, called Cherenkov radiation. Cherenkov radiation turns sky blue.  The particle sends that radiation when it slows its speed. When a particle slows its speed it must send the kinetic energy to somewhere. 

The thing is that it's possible to create a bubble that allows the particle to travel faster than it travels in the medium. Basically, the WARP bubble is the electromagnetic vacuum around the object. The vacuum forms when the object stops energy transmission to that bubble. If energy travels to the WARP bubble it creates a short-term electromagnetic vacuum in that bubble. If the object will not send the energy from inside to its shell. The energy that travels out from its shell rips it into pieces. 

But crossing the speed of light in the universe is not as difficult as people think. The universe is a false vacuum. It's full of quantum fields and plasma. The system must only push those quantum fields and plasma away from its route. That allows to make channel where the speed of light or photon's speed is faster than its outside it. In water, some kind of acoustic system can easily create channels where particles can travel faster than the speed of light in the water. 

The idea of Alcubierre WARP drive or one of its versions is that there is a bubble around the object. That bubble pushes scattering energy fields out from around the object. Then the craft will stop the energy injection into that bubble. If that bubble or standing wave around the craft has a lower energy level than an object. It pulls energy out of that bubble. That makes it possible to create a situation where objects can move faster than the light moves in the medium. Another way is to inject energy into that bubble and then that thing injects energy into the object. The bubble focuses energy on to object that travels as close to the speed of light as possible. 

"Two-dimensional visualization of an Alcubierre drive, showing the opposing regions of expanding and contracting spacetime that displace the central region" (Wikipedia, Alcubierre Drive)

We all know that it's impossible to cross the speed of light. But in quantum tunneling. The particle crosses the speed of light. And the major question is, how can this be possible? The answer is that the speed of light is not stable. It's a cosmic constant that is not constant. The speed of light is different in for example water than in air and vacuum. 

That means we should ask: does the speed of a particle be faster than the speed of light in that medium? Or is it faster than light is in a vacuum? In a vacuum, the speed of light is 299,792,458 m/s. But that speed is not the speed of light in a vacuum. Because there is no vacuum in the entire universe. 

The universe is full of particles. Quantum fields that slow particles include photons. Those quantum fields are like spiderwebs all around the universe. And they pull energy out from particles. When a particle's speed rises near the speed of light the energy starts to travel out from it. And that causes a situation in which the particle cannot raise its speed. 

When a particle travels near the speed of light it leaves the electromagnetic vacuum after it. And energy starts to travel out from it. Another thing is that the size of the particle turns smaller when its energy level rises. And then that particle starts to deliver energy that denies its speed rise. 

So what does quantum tunneling make when a particle crosses the speed of light? Or does it cross the speed of light in that medium? 

The simplest way to think of quantum tunneling is this. When a high-speed particle hits to potential wall it just pushes quantum fields from around it. The high-energy quantum field delivers energy into its environment. That means its size will turn bigger. The particle turns into a bubble where the quantum field is lower energy, or, thinner than it normally is. That allows particles to move forward faster than they normally travel in that medium. 

Above. "Cherenkov radiation glowing in the core of the Advanced Test Reactor at Idaho National Laboratory". (Wikipedia, Cherenkov Radiation)

The energy bubble is the idea in the so-called WARP drive. The idea is that the system makes this type of quantum bubble there is no medium or quantum field around it. That allows the craft can cross the speed of light in space or a false vacuum. The craft must only get energy from inside it at that moment. 

If the system cannot make that internal energy production. The WARP bubble destroys the object. The idea is that the energy vacuum that forms around the object rips it into pieces. 

The idea is that the particle sends energy impulses that form s standing wave. Then the system stops the energy feed to that quantum field the energy level is lower. Then that bubble pulls energy and particles from around the object. That creates a thinner vacuum than in the natural environment. That allows the craft to jump forward faster than light travel in the medium. 

In some models, the object can make a WARP bubble under water. The system accelerates the particle's speed as high as it would be in the air. Then that system creates the air bubble or air channel through the water. And shoots those particles into that channel. If that channel closes the particles send a blue light shockwave. Or, so-called Cherenkov radiation when they travel through the air and suddenly hit the water. 

But that doesn't allow the particle to cross the speed of light in a real or absolute vacuum. If we want to cross the speed of light in our solar system, we must only make the quantum channel so there is no plasma or other electromagnetic fields through the plasma. If there is no resistance that thing allows the system to increase its speed faster than it's in that medium.

https://scitechdaily.com/breaking-light-speed-the-quantum-tunneling-enigma/

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/Warp_drive

The cosmic antimatter can be one thing behind dark energy.

 The cosmic antimatter can be one thing behind dark energy. 

There is a model that so-called sub-hadronic particles could be behind dark energy. Normally, people think that electrons and positrons form the particle-antiparticle pairs. But the fact is that almost every boson and fermion has anti-particle or mirror-particle pairs. 

One place where antimatter is are protons. Protons are much more than just two up, and one down quarks. Inside protons are numerous particles and antiparticles that are far smaller than electrons. Annihilation also happens between those other particle-antiparticle pairs. 

And that means electron-positron pairs are not only annihilating particles. The quark-anti-quark pairs can annihilate into a photon and wave movement. 

Can exotic annihilation like annihilation between gluons and anti-gluons explain dark energy? 

Same way. Gluons and anti-gluons or maybe neutrino-antineutrino can annihilate in, the same way as all other particle-antiparticle pairs. And maybe that thing could explain dark energy. The Schwinger effect forms the particle-antiparticle pairs. And if those particle-antiparticle pairs are too close to each other they annihilate. 

So if quasars send radiation beams that are turning into particle-antiparticle pairs that are not electron-positron pairs that thing could explain dark energy or some part of it. This annihilation where other particles than positrons and electrons annihilate can called exotic annihilation. One example of that kind of annihilation would be a case, where gluon-anti-gluon pairs annihilate. 

The quasars and other high-energy objects like pulsars can explain cosmic antimatter.

When quasars or some other high-energy objects send their radiation and particle beams some part of that material can turn into dark matter. Quasars are objects that form around black holes. When those objects send extremely high-energy radiation. That radiation can cause a situation. That is the point where the energy beam forms a point where there is no electromagnetism or quantum fields. The high energy radiation pushes quantum fields from around it. 

A similar thing can happen between energy beams of pulsars. If the pulsar cycle is high enough. That causes a situation where quantum fields have no time to fill that hole. And that forms the WARP channel in the track of that energy beam. When that energy beam hits the matter in the Milky Way that thing can cause a situation where the punch turns the particle's spin opposite. And that forms antimatter. 

And when that energy beam is left from the black hole it travels a short time in WARP-bubble. When those particles are traveling in a warp bubble suddenly they impact with electromagnetic fields and that impact causes a situation where those particle's spin turns opposite. That is the thing that forms antimatter. 

https://bigthink.com/starts-with-a-bang/pulsars-dark-matter-milky-way-antimatter/

https://neutrinos.fnal.gov/types/antineutrinos/

https://www.techexplorist.com/proton-complicated-expected-think-scientists/38011/

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

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

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

Mysterious kilonova formed a symmetrical sphere.

In some models, the anti-electrons or positrons can cover the entire neutron star. And that forms the situation where an energy blast hits to neutron star around it. That form a similar effect to an implosion (nuclear) bomb. The energy travels in the middle of the neutron star. And then that energy impulse reflects from the nucleus back to the surface. 

The term kilonova means colliding neutron stars. The mysterious thing about that new kilonova is that the collision created a fully symmetrical sphere. For a symmetrical sphere's forming, the energy impulse should come from the middle of the neutron star. The thing that forms the sphere are neutrons that turn the same poles outward. 

That causes an energy impulse that forms a symmetrical shockwave outside the neutron star. But the question is how the energy impulse comes from the middle of the neutron star or the middle of the kilonova. There is the possibility that just when neutron stars collide between them travels the neutrino beam. So the origin of the symmetrical energy field could be a neutrino beam. In some other ideas, some planets would get between colliding neutron stars. 

In some models, the neutron stars form neutron liquid between them just before they impact. And when those neutron liquids impact they send an extremely powerful energy impulse. The reason for that is neutrons impact together opposite poles towards each other. That causes a powerful electric arc because the magnetic fields of the neutron stars are closing the circuit. 

The thing that forms a pure sphere is the impact that happens symmetrically around the neutron star. The particles must cover the entire neutron star and send the energy burst precisely at the same time. So that the symmetrical sphere can form. 

When we think about the formation of the symmetrical sphere there must be some kind of reaction that covers the entire neutron star. Then the energy travels in that neutron formation. When the energy reaches the nucleus of the neutron star it reflects its shell. The reason for that could be antineutron that impacts with a neutron. When an antineutron faces a neutron that forms the annihilation. 

That annihilation causes resonation in other neutrons. Then energy travels through the shell of a neutron star. That can form a situation where the energy travels to neutrons which the quark structure is laying. When energy travels quarks turn their tip inside the neutron star. In each neutron are three quarks And when one of them is heading in some direction. That forms the antenna that aims for energy to the middle of the neutron star. 

The idea is that free energy causes the situation. The neutron star is an extremely thick object. And there is not very much space for free energy. But the thing that denies the detonation of the neutron star is massive gravitation. There is a possibility that fast spin and some impacts send the neutron dust around the neutron star.

That neutron star sends pure sphere-shaped energy impulses. When energy reflects from a neutron star's nucleus it turns those neutrons around. That thing loads more energy into those neutrons. 

But the more practical explanation is that tidal forces rip another neutron star in pieces. In that case, the neutron star turns to neutron dust that falls on the object. That neutron dust formed in a kilonova. If a neutron cloud impacts symmetrically to the shell of a neutron star. That can explain a symmetrical sphere. 

The fact is that it's possible that this kind of bubble can also form if some kind of cloud impacts symmetrically to the neutron star. The symmetrical impact explains the symmetrical sphere around the kilonova. But then the question is where are those particles that cause the radiation come from, are they remnants of some planet? Or are they neutrons, that are released when another neutron star rips in pieces?  How can debris cover an entire neutron star before it sends a radiation burst? 

https://scitechdaily.com/astrophysicists-discover-a-mysterious-perfect-explosion-in-space-it-makes-no-sense/

https://shorttextsofoldscholars.blogspot.com/

The WARP bubbles. And faster-than-light technology.

 

Every day neutrons travel faster than light in a short moment. That thing makes the blue shine of nuclear reactors. The same effect is used in neutrino detectors. When neutrino impacts with water it slows its speed and sends a blue-light flash. 

In some models, the future spacecraft are forming WARP bubbles underwater. The air bubble. That surrounds the craft, allowing it to travel faster than light in the water. When the craft removes the WARP bubble around it, that system allows the craft can travel faster than light in less than a second. The idea is that the system benefits the Cherenkov effect. 

Because nothing that has mass can slow immediately the craft travels faster than light underwater in a short moment. And then it can jump to the fourth dimension. The Cherenkov radiation forms when the particle that impacts water slows its speed and sends blue-light shock wave. 

There are made quantum-size and short-term WARP-bubbles in laboratories. But WARP technology is still in beta-model. In some versions, the neutrons will collide in front of the antimatter engine nozzle. And then the antimatter engine shoots the particles through those bubbles. All that is written about WARP technology tells about theoretical systems, that can make the craft travel faster than light. 

The WARP system is called Alcubierre drive. The problem is to deny the energy travel out from the craft when it reaches the speed of light. And one answer could be that the antimatter and matter would explode at the front of the craft. And that allows energy to travel to the craft's body in critical moments. 

Some versions of the theoretical  Alcubierre drive the craft to shoot antimatter- and material particles to the front of it. When that happens in the speed. That is very close to the speed of light that pumps energy inside the craft in the critical moment it allows the craft to jump to the fourth dimension. 

WARP bubbles are shove fields. That isolates the structure from its environment. The problem with this bubble's creation is to deny a couple of things. The biggest problem is that the system must deny the form of "hairs".  

The hairs are wave movement that is traveling out from the object. So the WARP bubble must be "slight". The system must make a so-called "cold" WARP bubble there is an impact wave around the electromagnetic vacuum. The problem with the hot bubble is the electromagnetic hair that causes EM friction. And this can slow the speed of the craft. 

The idea of the WARP bubble is that it allows material and photons to travel without the effect of electromagnetic wave movement or scattering effect that can slow the speed of those particles. There is the possibility. The cloud of superpositioned and entangled electrons or photons is creating a bubble around the craft.

There are a couple of hypothetical models of how to make a WARP bubble. 

1) The system can use the antimatter impact to create the electromagnetic bubble. At first, the spacecraft would surround by a ball of superpositioned and entangled particles like electrons. Then antimatter impact pushes quantum fields from around the craft. 

2) The impact of neutrons. In that model, the system uses small-size neutron balls, neutron beams, or neutron bubbles. Those things are forming similar effects with impacting neutron stars. And then those impacting neutrons are forming the WARP bubble around the craft. 

3) Making the craft very hot or high energy. In that version, the high-energy craft or its body pushes quantum fields from around it. Then the cations and anions can be pulled out from the craft by using magnets. 

4) The WARP bubble can form underwater. In that model, the air bubble is forming the bubble where ions, electrons, and photons travel faster than in water. Then the system must just remove the WARP bubble from around that object. That makes the craft travel faster than light in water in less than a second. So could that time be enough to jump that craft to the fourth dimension? 

In some other models, the system uses skyrmions for that purpose. Then the antimatter explosion pushes quantum fields out from the structure. And then the network of superpositioned and entangled particles are closing outside quantum fields away from the bubble. There is a total vacuum in the WARP bubble. And there all particles could travel at the same speed. 

There are some models where the craft uses WARP bubbles for only a short moment. When the craft reaches a speed, that is the same as photons in an absolute vacuum it removes WARP-bubble from around it. That thing causes a similar effect that causes Cherenkov radiation. 

The idea is that the craft would drop away from the third dimension in that case. So when the craft accelerates to the highest possible speed and the WARP bubble is removed the impact energy turns that thing into a black hole or makes it jump to the fourth dimension. 

In some other models, the rocket engine that is used in spacecraft forms the WARP bubble to the front of the antimatter engine nozzle. Then the particles would shoot through that thing. That allows them to travel faster than usual. 

https://www.extremetech.com/extreme/329631-scientists-havent-created-a-warp-bubble-but-theyre-a-bit-closer-to-testing-one

https://www.fanaticalfuturist.com/2022/02/worlds-first-real-warp-bubble-created-by-accident-as-scientists-mull-future-warp-drive/

https://www.iaea.org/newscenter/news/what-is-cherenkov-radiation

https://phys.org/news/2017-01-alcubierre-warp.html

https://phys.org/news/2015-11-dont-superluminal-einstein-universe.html

https://www.space.com/real-uss-enterprise

https://theconversation.com/new-warp-drive-research-dashes-faster-than-light-travel-dreams-but-reveals-stranger-possibilities-158070

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

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

https://shorttextsofoldscholars.blogspot.com/

Can the result of the supernova explosion or neutron star be just nothing?

Is warp bubbles the reason for some of the GRBs:s (Gamma-Ray Bursts)? 

Above this text is an illustration of the kilonova. The colliding neutron stars can form a warp bubble around them. The shockwave that travels too fast will push electromagnetic fields and material away from those colliding neutron stars. 

And that bubble destroys those neutron stars. In that case, the warp bubble pulls the material to superstrings or wave movement. Particles are traveling in that bubble faster than usual. In warp bubbles, particles travel at the same speed as photons. 

When those particles reach the edge of the warp bubble or the warp bubble's existence ends those particles are sent a shockwave. Could the warp bubble that forms around the young stars when some energy impact affects them or kilonovas be the reason for some GRBs (Gamma-Ray Bursts.)? In that case, the fast-traveling shockwave can form a short-term warp bubble. That can destroy all material by turning it to wave movement. 

There is no evidence that some black holes can explode. But cosmic voids are giving a hint, that there is the possibility that black holes can explode. Or maybe some of the cosmic voids are the results of the cases. That supernovas or some other phenomenon caused the material is turned to wave movement. And that thing could be the supernova which shockwave caused the forming of a short-term warp bubble that turned all material to wave movement. 

If the supernova explosion's shockwave travels too fast or the neutron star collapses into a black hole too fast. There is the possibility that the reaction forms a warp bubble. In that case, the possibility is. That the warp bubble just turns material to the wave movement. 

Same way if the black hole pulls all material from around it. That thing forms a cosmic void. That void will rip the black hole to pieces. The minimum energy level around a black hole makes it burb. In that case, the black hole sends gravitational waves around it. And that allows us to see behind the event horizon. 

Researchers realize that exploding black holes and collapsing neutron stars can tell about a phenomenon. That was thought not to be possible. When black holes erupt. That means wave movement or some kind of material traveling out from the black hole. The thing that can travel out from black holes is the gravitational waves, and the reason for that is the black hole is at the point where gravitational radiation travels to the area. There is a lower gravitational energy level. 

The reason for that is that sometimes a black hole just eats everything from around it. And in that case, the black hole would get into the cosmic void. In the cosmic void, it will not get material. And energy flows away from the black hole. So the black hole blurps. 

The collapse of extremely heavy neutron stars is forming black holes. The thing that forms the black hole is the impacting energy or material. The magnetic field of heavy neutron stars is weaker than magnetars. The reason for that is that the speed of a heavy neutron star's shell in comparison to its core is lower than lightweight neutron stars. 

And the relation between electromagnetic field and gravitational fields turns when the neutron star's mass increases. In lightweight neutron stars, the electromagnetic force is dominating. But when the mass of the object increases gravitation turns more dominating. And sooner or later the material that impacts with a heavy neutron star turns it into a black hole. 

When a neutron star collapses there is a possibility. The collapsing neutrons are forming the warp bubble or quantum vacuum behind them. In that case, the material like neutrons is vaporizing backward to its course. That means all material can turn to wave motion and the warp bubble forms the void that rips neutron stars, or even black holes into the pieces. 

In the same way, there are models that if the supernova explosion is too rough the shockwave pulls the great vacuum behind it. In that case, the entire star can turn to wave movement. And that thing could cause a situation where the material structure turns to wave movement. That means there is nothing left from the neutron star or supernova. 

https://www.livescience.com/can-a-black-hole-explode

https://scitechdaily.com/something-we-had-never-seen-before-unusual-cosmic-explosion-blasts-hole-in-established-science/

https://scitechdaily.com/superheavy-neutron-stars-revealed-by-nasa-observations-of-powerful-cosmic-explosions/

https://en.wikipedia.org/wiki/Bo%C3%B6tes_Void

https://en.wikipedia.org/wiki/Gamma-ray_burst

https://shorttextsofoldscholars.blogspot.com/

Fast radio pulses or FRBs:s can use to give information about material around galaxies.

Could the short-term WARP bubble be the thing that causes FRB?

The FRB:s (Fast Radio Pulses) are the energy events whose origin is unknown. The phenomenon itself s quite similar to the XRB (X-Ray Burst) or GRB (Gamma-Ray Burst). The energy level of the FRB is lower than XRB and GRB so there is the possibility that some magnetar or neutron star eats the planet or some other thick object when the FRB is forming. 

In some exotic theories, the neutron star will get the extremely high power radio- or some other energy impulse. And maybe the neutron star gets impacted by the GRB.  When that radiation ends the effect is similar to a neutron bomb.

Neutrons of a neutron star send an energy impulse in the form of high-power neutron radiation. That high-power neutron radiation can form the WARP bubble around that neutron star. 

If the GRB or XRB hits to neutron star it causes a similar effect to a neutron bomb. There is the possibility that this kind of thing where neutrons of the neutron star are adjusting to higher energy levels and suddenly release this energy is forming the WARP bubble. And maybe that thing is the key to the mystery called FRB. 

When particles fly inside the WARP bubble their speed could be higher than otherwise. And then they hit to quantum fields of the regular universe. In that process, they send radiation impulses when they slow their speed. 

Could the similar effect that forms neutron radiation in neutron bombs be behind the FRB?

When high-power neutron radiation that comes from the object that is forming of pure neutrons is leaving it will push quantum fields and radiation away from the neutron star. That radiation impulse will form a short-term electromagnetic vacuum around the neutron star.

And the material turns to wave motion faster than otherwise. The radiation and electrons are traveling faster than around the neutron star. Then those particles and wave motion that impacts regular quantum fields are slow and send energy impulse through the universe. 

The FRBs are traveling through the universe and every time those radio waves hit material they adjust atoms to higher energy levels. And when that radio stress ends those atoms are sending radiation when their energy level decreases to base level. So the FRB can use to observe the material in the intergalactic space. 

https://scitechdaily.com/powerful-radio-pulses-originating-deep-in-the-cosmos-probe-hidden-matter-around-galaxies/

See also 

FRB (Fast Radio Burst)

GRB (Gamma-Ray Burst)

Magnetar

Neutron star

WARP

XRB (X-Ray Burst)

P.S

Sometimes I think that the names of the XRB (X-Ray Burst) and GRB (Gamma-Ray Burst) should turn to FXB (Fast Xray Burst) and GRB should turn to FGB (Fast Gamma-Ray Burst). 

https://miraclesofthequantumworld.blogspot.com/