Scientists have made significant progress in understanding dark matter and dark energy thanks to new data from projects like Euclid and the Dark Energy Survey. These discoveries provide a deeper insight into the nature of the universe and its evolution over billions of years
For two years now, the James Webb telescope has been fascinating scientists by uncovering the secrets of the universe through infrared light. The recent observation of the Penguin and the Egg galaxies reveals a fascinating gravitational dance that shapes our understanding of the universe
Astrophysicists from the University of Kent have discovered that supermassive black holes act as the hearts and lungs of galaxies, regulating their growth and preventing them from becoming too large. This discovery helps explain why galaxies are not as large as expected and how they are sustained over billions of years
A team of astronomers analyzed 18 years of Hubble observations of the Draco galaxy to build the most accurate three-dimensional model of star motion and study the distribution of dark matter.
Using precise pulsar measurements, scientists have discovered potential dark matter objects. In addition, new experiments such as BREAD and research with Atacama telescopes provide additional insights into the nature of dark matter and its distribution in the universe.
Thanks to the mission of Gaia of the European Space Agency, a team of astronomers led by Kareem El-Badry has identified 21 binary systems where neutron stars orbit stars similar to the Sun.