Fluctuations in light at the center of the galaxy have led researchers to suspect that the two supermassive black holes will collide within the next three years. The galaxy in question here is SDSS J1430+2303, which hosts a black hole with a combined mass of about 200 million suns. While scientists aren’t sure if any such event will occur, they suggest continued monitoring to understand what’s going on at the heart of the galaxy. The waves produced by colliding black holes are in a frequency range too low for current observatories to detect.
However, despite this, in the event of a collision, scientists believe it will cause a huge burst of light across the spectrum. data in light, According to researchers, It can help scientists unravel how such phenomena occur.
To get a better understanding, astronomers at Guangzhou University in China used data from an array of X-ray observatories covering a period of 200 days. They sought to identify the high-energy signatures expected to be detected in nearby supermassive black hole binaries or decaying orbits.
The team noted the variation in the X-ray light coming from the galaxy. In addition, they also observed the type of emission associated with iron at the black hole and confirmed this finding with 99.96 percent confirmation with the help of two different instruments.
Although these emissions are associated with binary supermassive black holes, researchers have not been able to find the smoking gun characteristics to confirm a black hole binary.
Radio observations were analyzed but were also inconclusive. It is not certain what is happening in the galaxy, but astronomers insist that something strange is definitely going on at its heart.
