AstroLab specialize in radio astronomy, a field that studies the universe using radio waves. This discipline allows us to detect radio emissions from distant galaxies and celestial bodies, offering a way to study the cosmos beyond traditional visible light observations. These radio waves reveal some of the most mysterious phenomena in the universe, such as the activities of black holes, the birth of novae, and the evolution of galaxies.
AstroLab collaboration has advanced radio telescopes and receivers capable of capturing faint radio signals and converting them into data. This data is then analyzed using deep learning and high-performance computing, enabling us to extract valuable information from these complex signals. AstroLab goal is to use this data to decode the history of the universe, exploring the deep structures from our Milky Way to the most distant galaxies.
The advancement of radio astronomy has also driven progress in related technologies, such as signal processing, data storage, and data analysis methods. These improvements have profound impacts not only in the field of astronomy but also provide new tools and methodologies for other scientific disciplines, including physics, engineering, and computational science.
Astrolab is committed to maintaining a leading position in the new frontiers of radio astronomy. Through our research, Astrolab aim to unravel the deepest secrets of the universe while nurturing the next generation of astronomers. AstroLab work extends beyond scientific research, encompassing education and public engagement, promoting understanding and interest in the mysteries of the cosmos.