A group of astronomers led by Svetlana Jorstad made a remarkable observation. Known as a network of telescopes from around the world, the Event Horizon Telescope (EHT) project, approx 7.5 billion light years managed to image a quasar called NRAO 530, which is in the distance.

Quasars are, in their simplest terms, the cores of galaxies. From time to time billions Quasars, which reach a weight equal to the mass of the Sun, are also supported by black holes. Although they do not shed light around them, they are quite hot due to the heating of the materials they attract. they look bright. For this reason, “the brightest objects in the universe” are some of these quasars. Here is one of those objects, currently registered.

Here’s an image of NRAO 530 provided by telescopes:

As you can imagine, viewing an object 7.5 billion light years away is not at all easy. not easy. However, scientists have pushed all boundaries to receive data from telescopes under the EHT project and the final they have achieved their goal. In addition to obtaining images, experts are aware that NRAO 530 map of magnetic fields They managed to get that out too.

What is a Quasar?

As you know, black holes are objects with such a dense mass that even light cannot escape. As the matter approaches the black hole’s event horizon, it heats up and begins to emit light. In addition, their speed increases beyond the range of any object on Earth. around black holes ultra clear These structures are called quasars. These structures are much, much brighter than a star and also make it possible to detect black holes at a single point.