By MC Science Desk | March 21, 2025
A stunning cosmic hourglass has formed from a double-star system’s birth. The James Webb Space Telescope captured this breathtaking sight in vivid detail.
(Image: NASA)
Called Lynds 483, this nebula is 650 light-years away. It offers astronomers a chance to study how young stars shape their surroundings.
(Image: NASA)
Stars form from collapsing gas clouds. Some material is pulled in, while powerful outflows and jets push other matter away, creating stunning nebulae.
(Image: Canva)
LBN 483 has two young stars hidden inside a dense, dusty cloud. They are surrounded by a butterfly-shaped gas formation.
(Image: NASA)
These stars feed on nearby gas but also eject excess material. This process creates bursts of outflows that shape the nebula’s striking wings.
(Image: NASA)
Magnetic fields guide these outflows, sculpting intricate patterns. The James Webb telescope reveals bright shock fronts where gas crashes into surrounding material.
(Image: Canva)
Purple pillars within the nebula are dense gas clumps. These remain despite powerful winds, much like rock formations withstand erosion on Earth.
(Image: AI)
Radio waves from the cold dust reveal a twisted magnetic field. This twist may be linked to the stars’ movements over millions of years.
(Image: AI)
Unlike crowded stellar nurseries like Orion, LBN 483 is isolated. Studying it helps astronomers understand how stars form under unique conditions.
(Image: AI)
Just as we study young stars, alien astronomers may have watched our Sun’s birth. In billions of years, future observers may watch our Sun’s final days.
(Image: NASA)