Searching For Common Interests: The Vera C. Rubin Observatory Story

Talk Abstract

This history of human astronomical discovery has long included tracking changes in the night sky, from ancient "guest stars" to researchers flipping between photographic plates by hand to today's automated nightly surveys. The year 2026 marked a giant leap in transient astronomy as the Vera C. Rubin Observatory began its decade long mapping of the night sky, and it's named for a scientist who, only half a century ago, changed everything we'd understood about our universe forever. Vera Rubin's measurements of galaxy rotation gave us the strongest evidence yet for dark matter, work that went largely unrecognized in her lifetime. Fittingly, the observatory named for her is built on the same instinct, to discover that which goes unseen, making it a perfect instrument to catch all manner of rare events for the first time. This includes common envelope mergers, where two stars spiral together and sometimes flash bright as a luminous red nova, in the act. Join us as we trace her path to that discovery, and look at the equally hidden discoveries this observatory is now positioned to make.