Dust Shells around WR 140 from Webb

There are strange rings. The rings are probably 3D shells, but how they were made remains a topic of research. They were created in a system that is 6,000 light years away from the constellation of the Swan. Wolf-Rayet stars are large and bright. Heavy elements such as carbon are created and dispersed by them. The other star isn't as active as the other one. The two stars approach each other about eight times a decade. The X-ray emission from the system increases when it's closest to the ground. More details and more dust shells can be seen in the featured IR image by the new space telescope.

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Explanation: The Full Moon of October 9th was the second Full Moon after the northern hemisphere autumnal equinox, traditionally called the Hunter's Moon. According to lore, the name is a fitting one because this Full Moon lights the night during a time for hunting in preparation for the coming winter months. In this snapshot, a nearly full Hunter's Moon was captured just after sunset on October 8, rising in skies over Florida's Space Coast. Rising from planet Earth a Falcon 9 rocket pierces the bright lunar disk from the photographer's vantage point. Ripples and fringes along the edge of the lunar disk appear as supersonic shock waves generated by the rocket's passage change the atmosphere's index of refraction.