First Radio Bursts Are More Numerous Than The Potential Events That Could Produce Them


Some of the most spectacular and powerful phenomena which take place in space are generated by cataclysmic events in the form of supernovae explosions or clashes between stars. Many researchers continue to remain fascinated by fast radio bursts (also known as FRB) phenomena with an elusive nature which continues to spark heated debates among the scientific community.

The quite short with most bursts being having a length of mere milliseconds. Some theories claim that neutron star mergers cause them while others include the possible influence of alien spaceships, but there is no definite answer at this point.

Most FBRs appear only once, but a remarkable trio tends to appear again and again, with multiple blasts being detected by scientific instruments. It is agreed that a violent space event can not cause them since they only take place once.

Fast radio bursts number exceeds that of the events that could potentially generate them

A researcher from the California Institute of Technology has elaborated a new paper which argues that other FBRs aren’t caused by the events which were mentioned previously. By using a selection of close non-repeating FBRs, he calculated a the number of occurrences and compared the results with the number of large-scale events which take place in the universe.

The results were surprising as the rate at which first radio bursts are detected is considerably higher than the number of events which could contribute to their appearance. The researchers proposed a new theory, arguing that the FBRs are repeaters, generating a large number of bursts during their lifespan. The attempt of detecting all the bursts may be hampered that the bursts will become weaker in time.

It is essential to keep in mind the fact that there are several types of events which take place in space, and it hard to connect FBRs to a specific one. A different researcher has stated that some fast radio bursts may be generated by events which haven’t been observed yet, but more information could be discovered in the future. The paper was published in a scientific journal.


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