Can a satellite unlock the secrets of the universe?

The Euclid satellite is a new and exciting tool that is helping scientists explore the mysteries of the universe. Developed by a team that included Professor Adam Amara from the University of Surrey, Euclid was launched two years ago and is set to continue its mission for six years. Its main job is to take high-quality images of space, which will help astronomers learn more about dark matter and dark energy. These are two of the most mysterious things in the universe, and scientists still do not fully understand them. Professor Amara hopes that Euclid will inspire young people to become interested in space science and research. What makes Euclid special is its ability to combine a wide view of the sky with sharp and detailed images. While the James Webb telescope can see things in greater detail, it cannot cover as much of the sky in one go as Euclid can. This means Euclid can collect a huge amount of data, which is very useful for scientists. Experts from the University of Oxford and other places are working hard to study the images that Euclid sends back. Professor Amara describes the images as 'almost works of art' because they are so beautiful and detailed. He remembers how much effort went into making Euclid ready for its mission. There are about 2,000 people around the world working day and night to process the images and search for new discoveries about the universe. Seeing the results has been amazing for the team, and the images are even better than they expected. The pictures are breathtaking and show things in space that have never been seen so clearly before. The team is still in the middle of their journey, but the results so far are very promising. Many scientists in the UK believe that Euclid is performing as well as, or even better than, they had hoped. Professor Amara hopes that Euclid will help answer important questions about dark matter and dark energy, which are still big mysteries. He says there is no other experiment like Euclid in space, and it is unique in what it can do. He believes that Euclid will help unlock the secrets of the universe, but it will take time and patience. At the University of Surrey, Professor Amara teaches students who want to become cosmologists and astrophysicists. Harry, a master's student, is interested in dark matter because there is still so much to learn about it. He wants to keep asking questions and discovering new things about astronomy and astrophysics. Astha, who is studying for her PhD, thinks the UK offers many opportunities for students interested in space science. She hopes to work with satellites and analyze data in the future. Sriraksha, another master's student, became interested in astrophysics because she loves star gazing. She wants to understand how everything in the universe is connected. Professor Amara says his greatest ambition is to make sure young UK scientists have more opportunities to learn and discover new things. He believes that Euclid is a project that will help answer big questions for many years to come, and he is excited to see what discoveries will be made. Euclid's main job is to survey a large part of the sky and help scientists learn more about dark matter and dark energy. These mysterious things seem to control the shape and expansion of the universe, but scientists know very little about them. In fact, they believe that dark matter and dark energy make up about 95 percent of the universe, but they cannot be seen directly. The only way to learn about them is to look for small clues in the things we can see, like galaxies. Euclid helps by observing billions of galaxies and creating a huge 3D map of the universe. Some of the light from these galaxies has traveled for almost the entire age of the universe to reach us. Scientists hope that by studying this map, they will find answers to some of the biggest questions in science. Experiments suggest that the universe is made up of about 5 percent normal matter, which is what we and everything around us are made of, about 27 percent dark matter, and about 68 percent dark energy. The universe is thought to be about 13. 8 billion years old. With the help of Euclid, scientists hope to learn more about these mysteries and gain a better understanding of how the universe works.