The James Webb Space Telescope sent an unusual image of a binary star
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It is surrounded by a gas-dust nebula in the form of rings.
An image of an “extraordinary phenomenon” originating from Earth at a distance of 5600 light years was sent the other day by the James Webb Space Telescope. This is a photograph of the binary star WR 140 in the ring of the “gas-dust nebula”. It looks fantastic surrounded by dozens of concentric rings of light.
The American James Webb Space Telescope is an orbiting infrared observatory, the largest space telescope with a mirror with a diameter of 6.5 meters. It was launched last December to observe planets, exoplanets, galaxies and quasars.
Not so long ago, the whole world watched, together with Joe Biden, an image sent by this telescope of the SMACS 0723 galaxy cluster, located at a distance of 4.6 billion light years from Earth. And now a new surprise: two stars of the binary system, connected by common gravity, surrounded by several gas-dust rings.
“This is a real gas-dust nebula orbiting a binary system,” Science Alert reports. “Inside her is a rare Wolf-Rayet star called WR 140 and her partner is an O-type star. They rotate in orbits, making a complete revolution in 8 Earth years. When approaching, their stellar winds collide and the ejected plasma forms rings, there are at least 20 of them.
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