Amazingly explore the mysterious nature of brown dwarfs

The James Webb telescope makes an unexpectedly exciting new space mission, exploring the mysterious nature of, looking into the star-forming atmosphere.

Accordingly, some research groups will use to explore the mysterious nature of brown dwarfs, seeking insights into both this star-forming atmosphere and the sky as well as the dim space among dwarfs. Brown exists.

Brown dwarfs don't have enough mass to radiate starlight.(Image source: Phys).

Previous studies with Hubble, Spitzer and ALMA show that brown dwarfs can be 70 times larger than giant planets like Jupiter, but they do not have enough mass to make the core burn or emit light. star.

Although brown dwarfs were hypothesized in the 1960s and confirmed in 1995, there is no accepted explanation of how they look, the accretion of matter in a dwarf disk. how brown

At Montréal University, Étienne Artigau led the research team to use the James Webb Telescope to study a special brown dwarf named SIMP0136.

It is a young, isolated, low-mass brown dwarf - one of our closest stars to the Sun - all of which makes it attractive to research, because it has many densities. The point of a planet without being too close to the glare of a star.

SIMP0136 shows that it has a cloudy atmosphere . James Webb telescope is used to learn more about chemical elements and compounds in this special brown dwarf dwarf cloud.