For the first time, astronomers capture the birth of a new planet 370 light-years away from Earth.
This rare moment was captured by Scientists at the Max Planck Institute, in collaboration with Very Large Telescope in Southern Southern Observatory, Chile.
The stunning images, taken using the ESO's Very Large Telescope, offer an unprecedented view of the formation of planets. And the discovery could help us understand how planets are formed in much more detail than ever before.
Initially, the birth of this planet cannot be captured clearly because it is blocked by a blanket of dust, rock, and gas that surrounds it. The moment was captured when a planet came out of a path of the circling dust that surrounded it.
This planet looks like a bright light and in the middle there is a black section.
Reported by The Verge (3/7/2018) The planet is dubbed PDS 70b and is estimated to be only 5.4 million years old.
To get a picture of the new planet, astronomers use instruments to block the light from the planet, known as coronagraph.
Detecting planets around distant stars can be very difficult since starlight usually defeats a much dimmer planetary light.
But the coronagraph makes it possible to view and take pictures.
This technique helps astronomers know that the planet is 22 times farther from its star. Compared to the distance between Earth and the Sun, the planet and its stars are more like the distance between Sun and Uranus. However, the planet is hotter than Uranus or any other planet in the Solar System.
Though many have doubts about the image authenticity of a new planet, not just a star, André Müller, a researcher.
"Keppler's results give us a new window onto the complex and poorly-understood early stages of planetary evolution," said André Müller, leader of the second team to investigate the young planet. "We needed to observe a planet in a young star's disc to really understand the processes behind planet formation."
Max Planck, who leads the team, said they hope to gain some insight into how long it will take for new planets to form and what processes are needed to shape.
"With our data and observations in the future, we will be able to better characterize the system and learn more in more detail about the planet."
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