Researchers discover Teleios: The perfect zombie star of the Milky Way!

Researchers discover Teleios: The perfect zombie star of the Milky Way!

Westaustralien, Australien - An international research group has discovered a remarkable heavenly object in the Milky Way, which is riddling researchers. The property, called "Teleios", was identified in Western Australia using the state-of-the-art ASKAP radiotelescope as part of the Evolutionary Map of the Universe (EMU) project. According to oe24 could be the remnant of a supernova. The central property of this object is its almost perfect spherical shape, which is extremely rare in astronomy.

Teleios, derived from the ancient Greek word for "complete" or "perfect", is characterized by its extraordinary circular symmetry. This symmetry is contrasting to typical supernova over remains, which appear generally asymmetrical. This asymmetry arises from the uneven distribution of the interstellar medium (ISM), such as Gadgets360 reported. The discovery ensures great interest because there could be indications of new knowledge about the nature of supernova explosions.

The properties of Teleios

The discovery of Teleios reveals several interesting facets. The remnant could be in an empty area of space, which would explain the perfect spherical structure. However, the distance from Teleios and Earth is still unclear; Two calculations result in different values: 7,175 light years and 25,114 light years. In the event of closer distance, Teleios would have a diameter of around 46 light years, while at the greater distance he would reach a diameter of around 157 light years.

In addition, the estimated age of Teleios varies significantly: under 1,000 years, if it is closer, and over 10,000 years if it is further away. It is particularly noteworthy that no typical X -rays have been proven, which indicates the possibility of a type of IAX Supernova. This special type of explosion overran-which are also known as "zombie star"-could mean that Teleios could be closer to the earth (approx. 3,262 light years) and smaller (approx. 11 light years in diameter).

The role of supernova over remains

supernova survival (SNR) creates the explosion of a star and manifest themselves as diffuse, expanding structures, which contain excessive matter of the explosion, among other things. According to Wikipedia there is an extension of a supernova explosion at a speed of up to 10,000 km/s, the shock wave heating the interstellare medium. The typical remains often have a shell -like structure. Some well-known examples of supernova shelters are the cancer fog, the cirrus fog and the remains of the Supernova 1987a.

The discovery of Teleios could expand our knowledge of the diversity and the behavior of supernova explosions. Future observations with higher resolution are planned to gain further insights into the origin, age and structure of Teleios. These further examinations will be decisive to solve the riddle to solve this extraordinary heavenly object and deepen our understanding of the universe.