In Pursuit of Light: Building the Giant Magellan Telescope

Of these three telescopes, the GMT is unique in several respects. It will collect light using seven of the largest mirrors ever made and will use cutting-edge technology to combine that light into images as much as 1000 times more sensitive than those from the new James Webb Space Telescope. But collecting the light is just the first step. The GMT design enables it to be paired with a unique suite of spectrographs and cameras that will give astrophysicists the tools to unravel the mysteries of dark matter, dark energy, black holes, and the origin of our universe.

In this talk, you will learn how the GMT is being designed and constructed to achieve these feats, learn about the cutting-edge technology that will enable its performance, and get a glimpse of the universe of scientific discoveries that await.

A Carnegie-led effort recently secured $205 million toward the completion of the next-generation Giant Magellan Telescope, which is currently being built at our Las Campanas Observatory in Chile. When completed, the GMT will enable breakthrough astronomy—from revealing the fundamental physics underpinning the cosmos to advancing our ability to search for life on distant worlds.