The Euclid Space Telescope showed the first images of the dark side of the Universe

An unprecedented result. With such enthusiasm, scientists European Space Agency (ESA) until new images from the Euclid Space Telescope become available more than one and a half million kilometers from Earth.

WHAT made it public five new imageswhich show a side of the universe that has never been seen and they predict a future of discovery thanks to this new telescope. Scientists say Euclid’s voyage will allow us to find wandering planets, use lenses created by galaxies to study mysterious matter, and explore the evolution of the universe.

ESA scientists predict that the results of the Euclid mission will will significantly change our understanding of the Universe in the coming years. According to ESA’s scientific director, Professor Carol Mundell: “It is no exaggeration to say that the results we see from Euclid unprecedented

According to Josef Aschbacher, Director General of ESA, “Euclid is at the beginning of an exciting journey into draw a map of the structure of the Universe.“What for many is nothing more than a beautiful picture of the Universe is for the scientific community a revelation new physical properties of the Universe. These scientific secrets will be revealed in the coming days, along with key background documents about the mission.

The first discoveries of the Euclid telescope

Valeria Pettorino, a researcher on the ESA Euclid project, assures that this unique and innovative mission, whose findings to date include a wide range of scientific applications. These first 24 hours recorded Euclid Space Telescope show your ability to search planets wanderersin star forming regions, view unprecedented details from outside star clusters or to create maps of various stellar populations that will allow us to discover the evolution of galaxies over time.

The peculiarity of the images obtained by this new telescope, in comparison with other previous ones, is observed, for example, when it opened in Abella Cluster 2390. Euclid’s ability to detect weaker light streams penetrating into the cluster made it possible to observe orphan stars that floated between cluster galaxies when they would normally be observed within galaxies. This fact raises the question of their origin, which is still unknown.

On the other hand, his tour of the exhibition Messier Nebula 78

(“star nursery”) allowed us to see for the first time hidden star forming regions with unprecedented detail. In it you can see newly formed stars and planets. This data will help scientists learn how stellar populations are formed and how they change over time.

In the image showing spiral galaxy NGC 6744, feather-shaped lines of dust can be clearly observed coming out of its sleeves. This discovery will allow us to determine where stars form todayas well as the possibility of unraveling the physics of spiral galaxies, now completely unknown after decades of research.

These new images show unprecedented results for the scientific community that will help Uncover the secrets of the dark universe.

Let’s get to know Euclid in detail

ESA launched this new space telescope a year ago with a key mission to advance space exploration: exploring the mysteries hidden in dark energy and its matter. In addition, it is expected that the data collected by Euclid will allow the creation of 3D map of the Universe available to the entire scientific community, which they can use for measure the properties of dark energy and its matter.

Your images four times hotter of those captured by ground-based telescopes, allowing us to observe the Universe at unprecedented depths from visible and infrared light

. The beauty of the resulting images lies in the ability to cover large areas of the sky in detail and depth, capturing a wide variety of objects in a single image, regardless of whether they are more or less bright, closer or further from clusters of stars. from the most massive galaxies to the smallest planets.

All this will help map the last 100 billion years of cosmic history occupies more than a third of the sky from the formation of most stars to the present day. Look into the past to learn about the history of our space.