A very dangerous discovery outside the solar system has clouds of vaporized rocks

Astronomers have found an exoplanet about 1,360 light-years away, very close to its star, and its clouds of vaporized rock, RT reports.

Orbiting WASP-178, it orbits WASP-178, a young, white star of only 3.3 days in length.

Temperatures refer to the temperatures in the gaseous world, the temperatures, the extreme temperatures, the temperatures outside.

New study of the planet For the first time, silicon monoxide (SiO) in a planet’s atmosphere provides new insight into seeing alien worlds.

Image in astrophysicist David Singh of Johns Hopkins University: “We still don’t have an understanding of the weather in different planetary environments.”

When you look at the earth, until it becomes planes, planes, airline tickets, planes? to harsh conditions.

You buy a lot of heat, study, winter, study, winter, study, winter, study, winter, study, winter make up a problem of clumping together.

Written message and the location of more than 300 other planets, so far, astronaut scientists.

WASP-178b’s mass is about 1.4 times that of Jupiter, and about 1.9 times its size. Affected by the heat of its star, the outer planet reaches temperatures of 2450 K (2177 degrees Celsius, or 3950 degrees Fahrenheit).

This temperature is the ideal spot for plant biology, as the case study reports to a case study showing that silicon monoxide is amenable to depression above 2000 K. A team led by Singh and colleague Josh Luthringer of Utah Valley University used the Hubble Space Telescope to obtain the spectrum of WASP-178b, and found a signal from it before.

For their analysis, it turned out to be silicon and magnesium. And they wrote silicon oxide on the outside.”

It is noteworthy that WASP-178b, is not present in the permanent night. This results in a large temperature difference between the two hemispheres of the outer planet.

The night side of an exoplanet, there may be a little bit of height in the atmosphere to enlarge the atmosphere, and you may fall into the back side of the atmosphere, after you fall into the back side of the other side, where you have the chance to see condensation on the side the other. WASP-178b, which is the line between day and night.

The results suggest that silicon oxide may be present on the exoplanets, WASP-76b, and WASP-76b, if it is on an exoplanet, this might be the place to put it.

Obtaining the atmospheres in the mysterious atmospheres of the distant worlds team results as well. This bodes well when looking at exoplanets that are smaller and farther from their stars.

# Loringer: “If we cannot know what is happening on Jupiter’s heat, whereby monitoring reliable data, then there is the opportunity to know what is happening in the external spectra, and this allows our techniques that allow us to build a general understanding of the properties” physical information such as cloud composition and the structure of the atmosphere “