Eco -space telescope has a rare phenomenon called Einstein’s episode that reveals the falsification of severe space from the attractiveness of the galaxy.
The dazzling image shows a nearby galaxy, NGC 6505, surrounded by the ideal spotlight. The episode gives a galaxy a more distant galaxy, sitting directly behind NGC 6505, which was the light of the stars bent around the galaxy.
“This is a beautiful, unusual, exciting and lucky discovery in our first data,” said Professor Stephen Sergete, astronomer at the Open University. “Einstein’s episode is perfect like this very rare. We see a background galaxy through the distorted space and the time of the very close front.”
Albert Einstein’s general theory expects that light will bend about huge things in space, which means that galaxies can serve as vast lenses. Einstein’s rings are a powerful tool for astronomers because they reveal things that can obscure them from opinion and indicate the mass of the intermediate galaxy – including any hidden block in the form of a dark matter.
In this case, astronomers estimate that the galaxy provided consists of about 11 % of the dark matter. This is a relatively small part, given that the dark matter dominates the total comprehensive content of the universe.
Detecting the secrets of dark matter and dark energy, which together constitute 95 % of the universe, is the main goal of European Space Agency1 billion euros (850 million pounds). Ultimately, the telescope, which can detect galaxies to 10 billion light years, aims to create the largest 3D map ever. This will allow astronomers to produce the distribution on a large scale of dark matter and detect the effect of dark energy, a mysterious force that accelerates the expansion of the universe.
The telescope will take pictures of the objects to 10 billion light years, but the latest image shows its unparalleled capacity for transparent edge notes that reveal new structures in the nearby universe as well. The Galaxy NGC 6505 is about 590 meters away from the ground-on the cosmic-and the rear galaxy, whose name has not been revealed, located 42 billion years.
“I find it interesting that this episode has been observed inside a well -known galaxy, which was first discovered in 1884,” said Dr. Valeria Betorino, the scientist of the ESA. “It is known that the galaxy for astronomers for a very long time. However, this ring has not noticed before. This shows the strength of Euclid, finding new things even in the places we thought we knew well.”
