Mysterious Radio Signals From Deep Space
In recent years, the scientific world from the depths of space is making a great effort to investigate the source of the regular radio signals coming from the sun. These signals are of interest to astronomers with a regularity that repeats every 125 minutes. Scientists have discovered that these signals are emitted from a system that has not been seen before. In particular, these signals 1.600 light years It has been determined that it comes from a binary star system called ILTJ1101 located far away.
Discovery of Binary Star System
The ILTJ1101 system consists of a white dwarf and a red dwarf star. These two stars orbit each other and create powerful magnetic interactions It emits regular radio waves by creating a regular pattern. Dr. Iris de Ruiter, who led the research, discovered these signals while examining the archive data of the LOFAR radio telescope in the Netherlands in 2024. Scientists, who first accessed the data from 2015, detected six different radio signals from the same region. The most striking feature of these signals is that they are extremely regular.
Properties of Radio Signals
With the development of radio astronomy techniques, scientists have been able to detect millisecond-long fast radio bursts (FRB) detection. However, the signals from ILTJ1101 are different from these typical FRBs. The signals can last for seconds or minutes and their energy levels are lower. This is considered an important discovery for astronomers.
Observations and Magnetic Interactions of Binary Stars
Scientists have used optical telescopes to directly observe the ILTJ1101 system. However, due to the extremely faint nature of the stars, only the most powerful telescopes have been able to image the system. Research has shown that the white dwarf and red dwarf star orbit very close to each other, and magnetic fields It is thought that these collisions produce radio waves and that this is how the mysterious signals that reach Earth are formed.
A New Step Towards Unraveling the Mysteries of Space
Dr. Charles Kilpatrick, “This is one of the strongest pieces of evidence we have yet to find to explain the source of these long-period radio signals. We think that similar signals could be coming from other binary star systems in the coming years,” he said, drawing attention to the importance of this discovery. Scientists are also looking for other systems similar to the ILTJ1101 system. radio wave sources continues to work to determine whether or not this is the case.
Hopes for Future Research
Dr. de Ruiter, the lead author of the study, said, “We have approached the solution step by step with different observation techniques. In the future, we may discover that more binary star systems produce similar signals.” This discovery is also considered an important step in understanding the unknown energy sources in the Milky Way. With the new data, scientists hope to shed light on one of the greatest mysteries of the universe.
The Impact of the Results on the Scientific World
Radio signals from the ILTJ1101 system have the potential to reveal many mysteries that exist in deep space. Such research will not only expand our current knowledge, but also in space exploration will also guide future studies. With such discoveries, scientists are taking important steps towards better understanding other star systems in the universe.
