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| A Cosmic Miracle: James Webb Telescope Captures a Rare Triple-Star System That Looks Like a Glowing “Space Embryo”. |
The James Webb Space Telescope has once again stunned astronomers around the world. This time, Webb captured an extraordinary image of a rare triple-star system called Apep — a cosmic formation so unique that scientists describe it as a giant glowing embryo floating in the darkness of space.
A Strange Yet Beautiful View of a Three-Star Dance
Apep is far from an ordinary star system. It’s surrounded by an incredibly complex dust formation, shaped like a multilayered spiral that looks both mysterious and mesmerizing.
This stunning structure is produced by two Wolf–Rayet stars — extremely hot, unstable stars known for blasting out powerful stellar winds.
There are only about a thousand known Wolf–Rayet stars in the Milky Way. So finding two of them in the same system instantly makes Apep a rare cosmic gem.
How Apep’s Spiral Shape Is Formed
The two Wolf–Rayet stars orbit each other in a tight gravitational embrace. When they move closer, their streams of charged particles collide. This violent interaction creates carbon-rich dust, which slowly expands outward and forms Apep’s enormous spiral pattern.
A new spiral “loop” emerges roughly every 25 years, gradually spreading outward like ripples across a cosmic pond.
A Third and Even More Massive Star
The uniqueness doesn’t stop there. Apep also contains a third star, even more massive than the two Wolf–Rayet stars.
Its presence becomes clear from a hollow, funnel-shaped region inside the spiral structure — a result of its stellar wind carving through the dust and interacting with the other stars.
This creates a visually striking effect, as if a giant vortex is sculpting the space around it.
A Dramatic Ending: All Three Stars Are Destined to Explode
Despite its beauty, this entire system is living on borrowed time. Astronomers predict that all three stars in Apep will eventually end their lives as supernova explosions.
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The two Wolf–Rayet stars may produce gamma-ray bursts — some of the most energetic events in the universe — and later collapse into black holes.
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The third, more massive star is expected to transform into a neutron star.
This makes Apep not just visually breathtaking, but also a crucial object for studying the life cycles of massive stars.
