Home » Technology » One more planet: in Chile a telescope captured the time of the birth of a gas record larger than Jupiter – El Comercio Peru

One more planet: in Chile a telescope captured the time of the birth of a gas record larger than Jupiter – El Comercio Peru

Newborn Planet Spotted Forming in Chile

Astronomers Witness Gas Disc Birth, Offering Clues to Planetary Origins

A team of astronomers has captured a rare glimpse of a planet taking shape within a swirling disc of gas and dust, offering unprecedented insight into the earliest stages of planetary formation. The observation, made using a powerful telescope in Chile, reveals a system potentially larger than our own Jupiter.

A Moment of Creation

The telescope, located in Chile, documented the precise moment a substantial gas disc emerged, signaling the birth of a new planet. This discovery provides valuable data for understanding how planets coalesce from the material surrounding young stars. Researchers believe this is a crucial step in understanding the diversity of planetary systems throughout the universe.

The process of planet formation is typically obscured by dust and distance, making direct observation extremely challenging. According to NASA, over 5,500 exoplanets have been confirmed as of November 2023, but witnessing their birth is exceptionally rare. (NASA Exoplanet Archive)

Unveiling the Disc

The observed disc is particularly significant due to its size and the potential for it to evolve into a gas giant. Scientists are analyzing the composition and structure of the disc to determine its mass and predict the characteristics of the planet that will eventually form. The team hopes to learn more about the conditions necessary for the creation of large planets.

Artist’s impression of a planet forming within a gas disc.

This discovery underscores the ongoing advancements in astronomical technology and the increasing ability to observe previously unseen cosmic events. Further study of this system promises to refine our understanding of planetary origins and the prevalence of potentially habitable worlds beyond our solar system.

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