infrastructure
A Photonic Lantern Separates the Star From the World
UCF's PEEPSS project aims to recover phase information that conventional exoplanet imaging usually discards.
Summary
UCF's PEEPSS project aims to recover phase information that conventional exoplanet imaging usually discards.
A NASA-funded University of Central Florida team is developing photonic lanterns that split incoming starlight into separate optical channels, preserving brightness and phase information for wavefront correction. The three-year PEEPSS effort targets the extreme contrast needed to image Earth-like planets for a future Habitable Worlds Observatory; some related components have reached telescope tests in Hawaii. It is a prototype program, not a completed space instrument or a detection of life.
Why it matters
UCF's PEEPSS project aims to recover phase information that conventional exoplanet imaging usually discards.
Limits and context
- It is a prototype program, not a completed space instrument or a detection of life.
Key claims
UCF's PEEPSS project aims to recover phase information that conventional exoplanet imaging usually discards.
Qualification: It is a prototype program, not a completed space instrument or a detection of life.
Evidence: source-2026-07-19-012
Sources
- University of Central Florida: PEEPSS exoplanet imagingUniversity of Central Florida · official announcement
Corrections
No corrections have been recorded for this story.