Astronomers discovered a nearly perfect spherical bubble, named Teleios, in the Milky Way galaxy, suspected to be a supernova remnant.
Teleios, found using the ASKAP, is visible faintly in radio waves and is dubbed as a mystery due to its extreme circularity.
There is uncertainty regarding the distance of Teleios in the Milky Way, with estimates ranging from 7,175 light-years to 25,114 light-years.
The bubble resembles Odd Radio Circles but is distinctively different in size and emission properties.
It is believed that Teleios could be a Type Ia or Type Iax supernova remnant, but lacks expected X-ray emissions for confirmation.
The perfect spherical shape of Teleios poses a challenge for astronomers as supernova remnants are typically asymmetrical.
Further observations and analysis are required to determine the origin and nature of Teleios in space.
The Odd Radio Circles, another mysterious cosmic phenomenon, present intriguing similarities with Teleios but on a much larger scale.
The discovery of Teleios adds to the enigmatic phenomena observed in space, warranting continued research and investigation.
Astronomers speculate various scenarios regarding Teleios's formation, emphasizing the need for additional sensitive observations for conclusive evidence.