We reveal to you how the Rubin Observatory will explore the secrets of the universe, through the collection of the largest amount of astronomical data to date. Every night for a decade, the Rubin Observatory will image the sky using a 3,200-megapixel camera and six different optical filters, capturing the entire visible sky every 3 to 4 nights. This makes the Rubin observatory particularly good at detecting objects that have changed in brightness, such as supernovae, or in position, such as asteroids. The light-gathering power and sensitive camera of the Rubin Observatory will help us discover ~17 billion stars and ~20 billion galaxies that we have never seen before. With this presentation, we present the participation of scientists from Serbia in the observations of the Rubin Observatory, through the application of machine learning for innovative analysis of big data on the way to new explorations of the Universe. We will show how we can display big data and scientific phenomena with the help of sound using the sonification method, which helps us both in new approaches to scientific research and bringing science closer to people with special needs.

REALISTS: Dragana Ilić, Anđelka Kovačević, Dušan Marcheta, and 3 other associates/students