Friday , February 26 2021

ESO introduces a stunning alien planet Beta



Watch the exoplanet disappearing from the sight, and reappear next to his bright star, the video below.

Beta Pictoris b is one of the most exoplanets studied in our cosmic surroundings. This alien world, which was unveiled in 2008, is only 63 light years away – Pictorial constellation – and the huge star in the orbit, known as the Beta-Pictoris.

How to Inquisitr Beta-Pictoris b is a mammoth planet. It is about 13 times more massive than Jupiter and boasts a radius that is almost 50 percent larger than our gas giant's radius.

It qualifies as Beta-Pictoris b as super-Jupiter. Compared to Earth, this exoplanet is a real behemoth that packes approximately 3000 times the mass. In its turn, its oldest star is about 1.8 times more massive than the Sun – and shines 10 times brighter.

According to the European Southern Observatory (ESO), Beta Pictoris b is relatively close to its star, bypassing it about 1.3 billion kilometers. It is about the same distance between the Saturn and the Sun.

The gas giant has circled his parents' star every 21 years. On the way, the planet fades with a strong Beta-Pictoris shine, and it completely disappears from the visual point of view – only a couple of years later, it appears again on the opposite side of the stars.

The Beta-Pictori adventure journey around its burning star was recently captured by the ESO's Very Large Telescope (VLT) series of spectacular images, which was discovered yesterday by the Observatory. It is the same telescope that helped to discover the planet ten years ago.

The ESO VLT image of an exoplanet Beta-Pictoris orbits its star.

ESO / Lagrange / SPHERE Consortium

(CC BY 4.0)


The data obtained by the VLT instrument SPHERE includes a four-year period and records the exoplanet movement from December 2014 until September 2018.

"The same scientific team [that discovered it] tracking the exoplanet from end-2014 to end-2016, "ESO officials explained in the photo release." Beta-Pictoris b went so close to the star that no tool could solve them. Almost two years later, after blurring the image of the star, Beta Pictoris b has now come from halo. This repetition was repeatedly hosted by SPHERE. "

The glittering photos blocked by Beta-Pictoris were brilliantly summed up on the same day "in an abundance and unique Beta Pictoris b in a long orbit."

The best thing about Beta Pictoris b is that this gas giant is one of the first planets that can be found using a new method called direct imaging, and the most exhilarating exoplanet ever discovered using this method.

Although most of the exoplanets have been discovered after astronomers have analyzed their effect on the brightness of their parents' stars – the method known as the transit method, which searches for flashlights to determine the potential planets that go ahead, as Inquisitr recently reported – Beta Pictoris b "is actually not quite in transit," notes ESO.

Instead, the exoplanet was drawn after the VLT NACO instrument received a photo of a direct gas master. It was orbit that was later discovered in SPHERE, which at one time acquired the heat signature and followed its transition to Beta Pictoris.

The dusty atmosphere surrounding the gas giant coupled to the masking mass of the planet means that Beta Pictoris opens the Beta Pictoris b surface by heating it to 1500 ° C or more than 2700 degrees Fahrenheit. The powerful heat coming from the exoplanet allowed Sphere spy gas giants and discovered their position in relation to the star.

"These images are a breakthrough that sparked a new era in one of the most exciting and complex areas of astronomy – the discovery and characterization of exoplanets," ESO officials concluded.


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