The FAST telescope in China detected series of FRB:s

Thousands of mysterious FRB:s (Fast Radio Bursts) were detected by FAST (Five-hundred-meter Aperture Spherical Telescope). The FRB:s are the result of the high energetic reactions in the universe. The series of FRB:s means that there is huge series of cosmic explosions somewhere in the galaxy. 

Or actually, those FRBs might come from outside our galaxy. The thing that makes this kind of phenomenon interesting is that the FRB:s do not seem to connect with any other phenomena. FRBs are the result of the impacting white dwarfs. But there should be other evidence of those impacts. 

The FRB:s, XRB:s, and GRB:s are quite similar phenomena. Their origin is expected to be in the impacts of the massive objects in the universe. The FRB:s is the weakest of those powerful energy bursts. The XRB:s and GRB:s are the more high-energetic. 

And their origin is expected to be in the impacts of neutron stars and black holes. The origin of those high-energetic energy bursts is partially unknown. 

Things like FRB:s are normally connect with cosmic explosions. And there is also another kind of energy bursts like XRB and GRB (X- and gamma-ray-bursts). The thing that some object sends only pulses in the radio frequency is interesting. The neutron stars are sending X-rays only when they are impacting. 

And the gamma-ray sources are normally the supermassive black holes. The normal black holes send gamma-rays only when they are impacting together. When the neutron stars are colliding they are turning into the black hole. When they melt together. Singularity forms in that process. The same way that process forms the event horizon. 

And the size of the event horizon is smaller than both of the neutron stars. So the X-ray burst is the result of the process when the event horizon is forming it pulls the material inside it. And in that process, the material is sending the X-rays. The impacts of the neutron stars are similar to black holes. But in the last case, the energy level is higher. 

A similar reaction causes the gamma-ray burst while the size of the event horizon is changing. When two back holes are impacting they are melting together they are forming the structure that is like two balls connected. The existence of that structure is extremely short. 

The XRB:s and the GRB:s are the result of the escaping event horizon. So the negative movement of the event horizon causes those extremely high-energetic reactions. That is the reason why the XRB:s and GRB:s are forming. 

The melting process is not symmetrical because the form of the singularity is like "8". The movement of the singularity at the end of "8" is larger than in the middle of the structure.  And that means most of the radiation comes from the ends of the "8".  So the movement of the ends of that form is larger than in the middle of it. And that causes that the GRB:s are like rays that are traveling through the universe. 

The stellar-mass black holes are normally sending the X-rays. And the GRB:s. Or otherwise said, unique gamma-ray bursts are proof that there are also other stellar-mass black holes in the universe than a Cygnus X-1 type of black hole in the universe. Sometimes supermassive black holes are sending gamma-ray bursts or their gamma-ray level is rising. That means the supermassive black holes are eating smaller black holes. 

https://imagine.gsfc.nasa.gov/science/objects/bursts1.html#:~:text=Gamma-ray%20bursts%20%28GRBs%29%20are%20short-lived%20bursts%20of%20gamma-ray,million%20trillion%20times%20as%20bright%20as%20the%20Sun.

https://scitechdaily.com/origin-unknown-over-a-thousand-powerful-cosmic-explosions-detected-by-fast-telescope-in-47-days/

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

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

https://en.wikipedia.org/wiki/Five-hundred-meter_Aperture_Spherical_Telescope

https://en.wikipedia.org/wiki/X-ray_burster

Image:https://astronomynow.com/2016/09/26/australian-technology-runs-worlds-largest-single-dish-radio-telescope-in-china/

https://thoughtandmachines.blogspot.com/

Neutron stars or black holes can launch supernovas.

In the Universe Today magazine's article below this text is the tale that the black hole or neutron star that fell in star detonated a supernova. (1)There is also the risk that the electron beam from neutron stars or black holes can detonate stars, where they impact. 

In some visions, the FRB (Fast Radio Burst)(2) impacts to star and simply detonates it. The fact is that there is the risk that the star will travel across the radiation ray that comes out from the black hole. That radiation would transform straight to the star, and the rising temperature and energy level in the star are causing the detonation.  

The X- or gamma-ray bursts from the black holes can be devastating if they hit to planet or star. The energy level of those short-term GRB(3) or XRB(4)(Gamma or X-Ray Radiation Bursts) radiation bursts is so high that a normal star would create this energy level during its lifetime. So if that kind of radiation burst hits the star, that rises its energy level so high that it simply detonates. But also the neutron stars or pulsars can be devastating. 

If the star travels across the radiation beam that comes out from the neutron star it can detonate the star. Even those radiation beams are lower energetic than GRB or XRB they exist longer time. So the effect of the radiation that comes out from neutron stars takes a longer time. And the radiation comes in radio frequency that interacts better with plasma than the gamma-ray. So that means the neutron star can be even more devastating than the radiation that comes out from black holes. 

When a neutron star impacts the regular star it would suddenly press the star against it. And then that thing can cause the detonation. In another scenario, the regular stat starts to orbit the neutron star. When a neutron star would pull material against it that causes the level of radiation that comes from the neutron star increases. The rising radiation level will start to move energy to the star. And then the temperature of the star is rising. That thing causes the detonation of the star because the rising energy level increases its temperature. 

(1)https://www.universetoday.com/152438/a-black-hole-or-neutron-star-fell-into-another-star-and-triggered-a-supernova/

(2)https://en.wikipedia.org/wiki/Fast_radio_burst#:~:text=In%20radio%20astronomy%2C%20a%20fast%20radio%20burst%20%28FRB%29,as%20the%20Sun%20puts%20out%20in%203%20days.

(3)https://en.wikipedia.org/wiki/Gamma-ray_burst

(4)https://en.wikipedia.org/wiki/X-ray_burster#:~:text=X-ray%20bursters%20are%20one%20class%20of%20X-ray%20binary,object%2C%20and%20a%20main%20sequence%20companion%20%27donor%27%20star.

Image()https://media.sciencephoto.com/image/r7500095/800wm