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Webb Pinpoints Butterfly Nebula's Hidden Star, Reveals Planet-Building Dust
Researchers using the James Webb Space Telescope identified nearly 200 spectral lines and found evidence of polycyclic aromatic hydrocarbons forming in an oxygen-rich planetary nebula.
- On Aug. 27, 2025, James Webb Space Telescope images zoomed into the Butterfly Nebula's center and dusty torus, pinpointing its central star heating a dust cloud visible to MIRI.
- Using James Webb Space Telescope, Dr Mikako Matsuura said, 'For years, scientists have debated how cosmic dust forms in space', to clarify dust formation in stellar remnants.
- Detailed maps revealed nearly 200 spectral lines, crystalline silicates, and dust grains of one millionth of a meter, as MIRI spectroscopy found in the Butterfly Nebula.
- Mikako Matsuura's team suggested dying stars release mineral and organic compounds that may seed rocky planets and prebiotic chemistry.
- Webb, a NASA/ESA/CSA mission, captured observations in September 2023 using four spectroscopic channels, revealing planetary nebulae last about 20,000 years and guiding future planet-seeding chemistry studies.
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Webb Telescope Spots Sparkling Crystals and Life’s Ingredients in the Butterfly Nebula
In the heart of the Butterfly Nebula, the James Webb Space Telescope has revealed glittering crystals, fiery dust, and mysterious molecules that could explain how rocky planets like Earth first formed. Scientists found both gemstone-like silicates and smoky grains, along with life-linked carbon structures appearing in unexpected places. These discoveries not only showcase the nebula’s [...]
'Cool gemstones' and 'fiery grime': James Webb telescope finds clues to Earth's origins in dazzling new view of Butterfly Nebula
In a dazzling new photo, the James Webb Space Telescope zooms in on the Butterfly Nebula — the dying gasps of one of the hottest stars in the sky, which could hold clues to Earth's origins.
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