For centuries, astronomers have sought to study the processes of planetary layers. Thanks to modern technology like the European Southern Observatory (ESO) Very Large Telescopes (VLT), experts can see this process in more detail.
What is it?
This photo of VLT, taken on June 9, 2025, shows the star RIK 113 surrounded by clouds of gas and dust.
These discs are common around young stars like Rik 113, and eventually condense due to the gravity pressure of the stars, forming a large object that creates the beginning of a planet known as the Protoplanet.
Where is it?
The Star RIK 113, classified as 2MASSJ16120668-3010270, is located in the constellation Scorpius, approximately 431 light years away.
Why is it so surprising?
The protoplanetary disc surrounding the RIK 113 was first discovered by Atacama’s large millimeter/submillimeter array (ALMA). 2024. The first results show the gaps in the clouds around the star, and may be created by planetary embryos.
Interested in this discovery, researchers at the University of Galway in Ireland tried to take a closer look at the Star Rik 113 using VLT. ball Or, the team, VLT’s spectroscopic electrode high contrast deplanetary research instrument designed to search for new exoplanets, discovered that the ring inside the star’s protranetary disc has unique spiral features.
Researchers say potential signals from two planets close to RIK 113 are It was detected again.
Want to know more?
As astronomers continue to understand how planets are created throughout our universe, we can read more about the planetary layers and the protozoan discs.
