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Astronomers double the number of repeating fast radio bursts.


The problem with FRB (Fast Radio Burst) research is that nobody knows when those FRBs start. There are theories that those extremely powerful energy bursts could have a connection with neutron stars. And in some versions of this model, the neutron star's jet crosses some other energy field (like a black hole's jet) and that thing increases its power. 

When astronomers are detecting the FRB they should mark the position of that incoming energy impulse. And then follow that point because there is the possibility that more FRBs are coming from that area. 

Things like optical (with X- and gamma-ray) telescopes and gravitational wave telescopes can use to detect the source of those mystery radio impulses. 

Maybe in the future, there is an FRB-warning system. That system could be integrated with the gravitational wave telescopes. Theoretically is possible to create a satellite system that sends warnings about gravitational waves and FRBs. 


"An artist’s impression depicts the CHIME telescope detecting fast radio bursts throughout the year. Credit: CHIME/FRB Collaboration, with artistic additions by Luka Vlajić (ScitechDaily.com/Twice the Mystery: Astronomers Double the Number of Known Repeating Fast Radio Bursts)



The system bases the radio telescopes that are far away from Earth. When those telescopes see the FRB they send information about that thing to Earth. And On Earth, researchers can turn radio telescopes to the point where FRB is seen. 

But working perfectly those kinds of systems require a communication system that allows to transport of information faster than FRB. And that makes the system extremely hard to create. 

The problem is that nobody knows when the next FRB is coming if it's coming at all. Reseching of the FRBs is interesting. But the problem is that researchers must capture the entire radio burst. There are a couple of solutions that could be promising. But the problem is how to make the information travel faster than FRB. If the "FRB-warning" system can operate that thing will revolutionize radio astronomy. 

One of the solutions could be a group of radio telescopes. That was sent to the Kuiper Belt. Then those telescopes could detect the FRB and send information to Earth. But for working perfectly. That system requires quantum teleportation or some other communication tool that can move data faster than regular radio impulses. 

And then the next problem is how to get information faster than light to Earth. The solution could be the laser communication system where the hollow laser ray forms an electromagnetic wormhole. And information is sent by using superpositioned electrons. When the quantum entanglement moves back and forth it could send information faster to Earth than regular radio. 


https://scitechdaily.com/twice-the-mystery-astronomers-double-the-number-of-known-repeating-fast-radio-bursts/

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