Hubble Captures the Ancient Glow of the Chandelier Cluster

Located 27,000 light-years away in the constellation Sagittarius, NGC 6723—known as the Chandelier Cluster—shines with the light of thousands of tightly bound stars. NASA’s Hubble Space Telescope recently captured this dense stellar collection, offering a rare glimpse into the primordial architecture of our galaxy.

Editorial·June 28, 2026·reads: 1,086

Hubble Captures the Ancient Glow of the Chandelier Cluster

These globular clusters serve as celestial time capsules. Containing tens of thousands to millions of stars, they are among the oldest structures in the Milky Way, with many exceeding 10 billion years in age. Their formation predates the thin disk where our Sun orbits, placing them near the dawn of the universe itself.

While astronomers once assumed all stars within a cluster shared an identical birth and chemical composition, Hubble data suggests a far more intricate history. A comprehensive survey of 65 clusters, including NGC 6723, has revealed how stellar mass influences movement, with heavier stars sinking toward the core while lighter ones migrate to the periphery. This ongoing research continues to reshape our understanding of how galaxies assemble their earliest components.