The Universe, Although appearing static, is always evolving. The Nasa Roman space telescope, set to launch in 2027, will give scientists a better undersrstanding of this dynamic university by observing disting distant galaxies. One of the main focuses of the mission is to study galatic fossils, remnants of ancient stars that Hold Clues to Galaxy Formation. The telescope’s wide field of view and high-resolution imaging
Exploring galatic fossils
The roman infrared Nearby Galaxy Survey (Rings) AIMS to Examine these Galatic Fossils, which are groups of ancient stars that reveal information about how galaxies evolve, accessing to a decider daily ReportDr. Robyn Sanderson, Deputy Principal Investigator of Rings at the University of Pennsylvania, compares this process to an excavation, where Scientists Piece togers toger CLUES CLUES to UNDERSSTANDs to UNDERSTAND The telescope’s capabilities will allow results to uncover the history of galaxies through these star remnants.
Dark Matter Investigations
Another goal of the roman space telescope is to explore dark matter, an invisible substance that makes up most of the mass in the universe. Ultra-Fant Dwarf Galaxies, which are dominated by dark matter, will be studed to test different dark matter theories.
Dr. Raja Guhathakurta of the University of California, Santa Cruz, Notes that these Galaxies are ideal for this type of research Due to their Lack of Star Formation.
Expanding galactic studies
Dr. Ben williams, Principal Investigator of Rings at the University of Washington, Explained How The Roman Telescope will be able Only achieved in the milky way and andromeda, as per the report. This will provide provide critical insights into galactic formation and Dark Matter Distribution.
(Tagstotranslate) nasa roman space telescope galactic fossils dark matter investigation nasa