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
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