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Fast Radio Bursts (FRB:s) is also a very big mystery


Image I


Fast Radio Bursts (FRB:s) is also a very big mystery


One of the problems with FRB:s is that their explanation as microwave ovens are not always so impressive as we might want to believe. Normally radiotelescopes are not observing microwaves, which has a different frequency than radiowaves. There is a possibility that in some cases the microwaves would cause the stress in the metal core of microwave oven, and that would be noticed as radio waves. But that thing should cause the short-period radio burst. 


So the microwave oven is not causing problems with the radio telescopes, which are separating the frequencies very carefully. So what FRB:s are? That is the question, what would give the person, who explains those things the Noble Prize. But as we know there is many different suspicious, what those things could be. 


One thing is sure, the FRB:s are often mixed with (F)GRB:s ((Fast) Gamma-Ray Bursts) or XGB:s (X-ray bursters), what is forming in black holes. But radio and gamma-rays are not the same things, and they are locating in the different places on the electromagnetic spectrum, and one thing is sure. if we are thinking that the black hole involves some reactions in the universe, that thing requires that in that reaction would involve always the X-rays. 


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So there are three types of fast and high-energy bursts in the universe. The most high-energetic burst is GRB, what could happen when supermassive black holes are eaten other black holes. Or two black holes are impacting. 


1) FRBs (Fast Radio Bursts) (1)


2)XRBs (X-ray Burster)(2)


3)GRBs(Gamma-ray bursts)(3)


X- and gamma-rays are the result of the most high-energy reactions in the universe. If the reason for energy burst is a neutron star, or magnetar the lightweight neutron star, what would have an extremely strong magnetic field the reason for energy burst could be an asteroid, what impacts with a neutron star. 


The reason why magnetar is suspected of being a lightweight neutron star is that the core of this kind of object rotates more rapidly than other neutron stars, and that thing makes them an extremely strong magnetic field. That would explain the intermittent time between those bursts. 


If that reaction would happen in a black hole, it causes the busts of X-rays, so the reason for FRBs must be lower energetic than the source of other energy bursts. And the thing is that the reason, what makes those reactions. 


(1) https://en.wikipedia.org/wiki/Fast_radio_burst


(2)https://en.wikipedia.org/wiki/X-ray_burster


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


https://yle.fi/aihe/artikkeli/2020/05/16/avaruudesta-tulee-toistuvasti-omituisia-radiopulsseja-viimeisimman-niista




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