‘A Big Bang mystery’: Ancient supernovas may have sparked the first drops that made life possible
‘A Big Bang mystery’: Ancient supernovas may have sparked the first drops that made life possible
Produced by: Manoj Kumar
Ancient Oceans
Just 200 million years post-Big Bang, water may have swirled in newborn galaxies, reshaping what we know about life’s cosmic clock, says a Nature Astronomy study.
Credit : ESO
Starry Forges
Exploding supernovas — the universe’s first fireworks — may have fused oxygen and hydrogen into water, Daniel Whalen of University of Portsmouth reveals.
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Life’s Dawn
If water existed mere cosmic moments after creation, could alien life be billions of years older than Earth’s? Whalen’s team hints we may be late to the party.
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Explosive Birth
Population III supernovas, titans of the early universe, may have birthed water in violent deaths, seeding galaxies with life’s essential ingredient.
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Hidden Reservoirs
Though scarce, early water lurked in dense gas clouds — the very places where stars and planets ignite — rewriting our origin story, say astrophysicists.
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Cosmic Recipes
Oxygen from ancient star deaths mixed with hydrogen to form water, suggesting life’s recipe was cooking long before Earth, as Nature Astronomy suggests.
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Galactic Cradles
First galaxies might have formed in watery nurseries, offering a shocking new timeline for when life-friendly worlds could emerge, Whalen’s research proposes.
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Time Twister
If water — and maybe life — began so early, the universe’s life-hosting potential may stretch back farther than we dared dream, says astrophysicist Whalen.
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Alien Ancients
With water predating galaxies, could civilizations older than Earth already be out there? The James Webb Telescope may soon find clues, scientists hope.
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