Webb Telescope Sees Star Forge Crystals and Hurl Them to Space
NASA's James Webb Space Telescope captured a young star creating crystals in blazing heat and flinging them billions of miles into its icy outer disk. This cosmic discovery reveals how comets at the edge of our solar system got their mysterious building blocks. #
Scientists just watched a star forge crystals in a fiery furnace and launch them on a billion-mile journey through space.
NASA's James Webb Space Telescope spotted the young star EC 53 creating crystalline silicates in temperatures hot enough to melt rock. Powerful stellar winds then blast these tiny particles outward like a cosmic conveyor belt, carrying them to the frozen outer edges where comets form.
The star sits 1,300 light-years from Earth in the Serpens Nebula, a stellar nursery bustling with newborn stars. Every 18 months, EC 53 bursts with energy, rapidly pulling in material and shooting some back out as jets and winds during 100-day episodes.
Webb's Mid-Infrared Instrument mapped the entire journey for the first time. The telescope pinpointed where the crystals form (near the star, where Earth would be in our solar system) and tracked them traveling outward to the frigid zones where comets eventually take shape.
"Webb not only showed us exactly which types of silicates are in the dust near the star, but also where they are both before and during a burst," said Jeong-Eun Lee, lead author of the study published in Nature.
Scientists have known for years that comets contain crystalline silicates. The mystery was how minerals that only form in scorching heat ended up in objects made of ice and rock floating in the frozen outskirts of planetary systems.
Why This Inspires
This discovery connects the dots between fire and ice in our universe. The same process that happened around EC 53 likely occurred in our own solar system billions of years ago, seeding the comets that still orbit beyond Neptune today.
Each crystal is smaller than a grain of sand, yet these microscopic building blocks traveled unimaginable distances to become part of comets. Those comets may have later delivered water and organic materials to young planets like Earth.
"We've effectively shown how the star creates and distributes these superfine particles," said study co-author Joel Green. The observation reveals how dynamic young planetary systems truly are, with stars actively reshaping their surroundings and scattering the ingredients for future worlds.
The Webb telescope continues proving it can see details no other instrument has captured, turning cosmic mysteries into understood processes.
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Based on reporting by Google: James Webb telescope
This story was written by BrightWire based on verified news reports.
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