Duke Physicist Builds Camera for 20-Foot Chile Telescope to Probe Universe’s First 380,000 Years
Updated
Updated · Spectrum News · Jun 26
Duke Physicist Builds Camera for 20-Foot Chile Telescope to Probe Universe’s First 380,000 Years
1 articles · Updated · Spectrum News · Jun 26
Summary
Eve Vavagiakis built the camera for the Fred Young Submillimeter Telescope, giving the international project a key instrument to study light from the early universe.
The camera is designed to detect wavelengths invisible to the human eye, allowing researchers to observe the cosmic microwave background from about 380,000 years after the Big Bang.
The 20-foot telescope sits more than 18,000 feet above sea level in Chile’s Atacama Desert, a high, dry site chosen to improve submillimeter observations.
Duke and Cornell are the only two North American institutions in the collaboration, and Vavagiakis said the instrument could reveal parts of the universe not previously explored.
After nearly a decade on the project, Vavagiakis plans to return to Chile in August as the team moves from construction toward scientific results.
As Chile's deserts face new threats, can this telescope unlock cosmic secrets before its view is lost?
Will the world's largest submillimeter camera confirm cosmic inflation, or reveal a universe that 'bounced' instead?
Can this new cosmic 'baby picture' solve the mystery of why huge galaxies formed so impossibly early?
FYST’s First Light: How the 6-Meter Fred Young Submillimeter Telescope Will Transform Cosmic Discovery from Cerro Chajnantor
Overview
The Fred Young Submillimeter Telescope (FYST) began a new era in astronomy with its inauguration in April 2026. Located atop Cerro Chajnantor, FYST combines a strategic high-altitude site with cutting-edge technology, making it a unique facility in the world. Designed to set new standards in submillimeter astronomy, FYST’s ambitious mission is to probe the universe’s earliest epochs. By leveraging its advanced instruments and exceptional location, FYST aims to provide invaluable insights into the formation of stars and galaxies, helping to redefine our understanding of the cosmos.