After the Event Horizon telescope captured the first image of a black hole in the middle of the Milky Way galaxy, Indian scientists have come up with something unique again. The Indian space telescope Astrosat recorded the birth of a black hole for 500you time while the stars form a mysterious object in deep space.
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According to the Interuniversity Center for Astronomy and Astrophysics (IUCAA), India is showing great results in studying the birth of these black holes with a spaceship. According to Professor Varun Bhalerao, who is leading the search for black holes, the spacecraft has been studying gamma-ray bursts (GRBs) for about 6.5 years.
Prof. Dipankar Bhatacharya of Ashoka University, who is currently the lead researcher at Cadmium Zinc Tellurid Imager, recently spoke about the spaceship witnessing the birth of 500 black holes.you time. He said: “This is a remarkable achievement. The wealth of data obtained from the CZTI on gamma-ray bursts has had a major impact worldwide. ”
Astrosat studies the universe in optical, ultraviolet and X-ray radiation. Composed of five scientific instruments, the satellite observes gamma-ray bursts (GRBs) that occur when a star dies. These powerful explosions are known as “mini-big bangs” and send high-energy radiation into space.
The satellite was launched for the first time on September 28, 2015 for the next five years. Since then, the spacecraft has not only performed well, but also helped to understand the regions of star birth and high-energy processes in stellar systems that are outside our galaxy. He also helped estimate the magnetic fields of neutron stars and perform a limited study of the universe in the deep field.
Earlier, the Event Horizon telescope captured the first image of the black hole – Sagittarius A *. The shared image shows a dark donut-shaped hole filled with radio broadcasts. Because light cannot enter the black hole, it is difficult to see. However, the image traced its shadow through a glittering ring of light and matter.
Our own black hole! Astronomers have just discovered the first image of a supermassive black hole at the center of our Milky Way galaxy using @ehtelescope– an array of radio telescopes on a planetary scale that has emerged for decades with NSF support. # our black hole pic.twitter.com/pd96CH3V0m– National Science Foundation (@NSF) May 12, 2022