In Chile, the astronomers has captured the first ever image of newborn planet with a very large telescope. However the planet is still in the formation process and the tiny planet seemed a disk of gas and dust orbiting the star. Its size is about the four times the size of Jupiter and strikingly orbiting a young star.
VLT has been using the planet-hunting instrument since 2014 called as SPHERE Spectro- Polarimetric High-Contrast Exoplanet REsearch instrument. It blocks the light of star with a sunshield to study the planet and other stuff in orbit.
The sunshield is a black circle in the middle shown in the photo above. The blockage of star light is necessary because their light is million times brighter (brighter than everything else in the solar system). So the blocking of light is the only possible way to capture the photo. In the picture the planet is actually present below and to the right of black circle.
New planet around infant star
The newborn planet orbiting the young star is as far away as Uranus from the sun. The mass of this reported planet is four times that of Jupiter and nearly 2,000 degree Fahrenheit surface temperature. The image gain importance as the newborn planet is seen clearly in the planetary disk surrounding the star.
The planetary disk area around the young star is most likely the birthplaces of planets.
The handful observations clearly provide the evidence of baby planets in them. But still the problem is that the planet candidates were mostly present in the disk until now.
However the presence of planet inside the disk is confirm by the gaps in planetary disk which is usually cause by planets. However, the detection can lead the astronomers to detect more newly-formed planets around the stars. The phenomena provide the insight of how the planets form and the discovery of certain other new planets. techmasair