
CAPE CANAVERAL, Fla. (AP) — A telescope in Chile has captured a stunning new picture of a grand and graceful cosmic butterfly.
The National Science Foundation’s NoirLab released the picture Wednesday.
Snapped last month by the Gemini South telescope, the aptly named Butterfly Nebula is 2,500 to 3,800 light-years away in the constellation Scorpius. A single light-year is 6 trillion miles.
At the heart of this bipolar nebula is a white dwarf star that cast aside its outer layers of gas long ago. The discarded gas forms the butterflylike wings billowing from the aging star, whose heat causes the gas to glow.
Schoolchildren in Chile chose this astronomical target to celebrate 25 years of operation by the International Gemini Observatory.
___
The Associated Press Health and Science Department receives support from the Howard Hughes Medical Institute’s Department of Science Education and the Robert Wood Johnson Foundation. The AP is solely responsible for all content.
LATEST POSTS
- 1
Former 'Bachelorette' welcomes 1st baby via emergency c-section - 2
Glen Powell will host 'Saturday Night Live' with Olivia Dean as musical guest: What to know ahead of their debut - 3
'The Golden Bachelor' Season 2 finale: How to watch tonight, start time, where to stream and more - 4
Taco Bell debuts its Baja Blast pie, and the reactions may surprise you - 5
Merck urges science-led US vaccine schedule after CDC trims childhood vaccine list
Smartwatches: Remain Associated and Dynamic
IDF destroys Hamas shaft in northern Gaza with loaded 'ready to fire' rocket aimed at Sderot
the Wild in Style: The Reduced Portage Mustang's Bold Heritage
Concern for couple jailed in Tehran as British embassy closes
The Way to Recuperation: Defeating Dependence
Far-right German youth group delegates seek deportations, remigration
Picking Your Next SUV: 4 Brands Offering Execution, Solace, and Wellbeing
$2,000 tariff rebate checks? 50-year mortgages? Making sense of Trump's new 'affordability' proposals.
Insight: Pills, TikTok, weight-loss apps and the consumer-driven future of GLP-1s













