Huge mysterious objects have been discovered in space. It is not known what they are.

Astronomers have already used these properties for years. pulsarsthe highly magnetized remains of stars that have already ended their lives. Their periodically emitted and very stable bursts of electromagnetic radiation are used to measure time with extreme precision at the atomic level and to measure gravitational waves.

However, there are times when pulses from pulsars occur. They delayAs IFLScience reports, scientists now propose a theory that these noticeable delays hardly ever occur. microsecond Cause Huge clumps of matter pass through the light of pulsars..

However, what these huge lumps of matter actually are is still a matter of debate, which has become heated recently.

Professor from the University of Notre Dame, Indiana, USA – John Lucico has been researching this phenomenon for a long time and has now presented his findings at a meeting of astronomers from the USA.

Professor LoSecco and his colleagues catalogued this type of object using seven radio telescopes scattered around the Earth. The collection numbers are currently twelve beingswhich was observed in the background. Eight pulsars.

The latest research may allow us to learn more about it. Dark matterand he is responsible for even 85 percent of the mass of the universe Although their existence has not yet been directly observed, one of these invisible clusters has the same mass as the other, says Professor Lucico. 20 percent of the sun’s masswhich is much larger than typical brown dwarfs. According to the professor, this is it. Candidate for dark matter.

However, before we can confirm the nature of these mysterious, invisible masses, there will be more work to be done. Intensive and long-term researchHowever, they can reach quite revolutionary conclusions, because, as Professor Lozio stated, “the true nature of dark matter remains a mystery.”

However, the research so far is still very useful. Thanks to them. We better understand the distribution of dark matter in the Milky Way. The accuracy of measuring signals from pulsars has increased.