Phenomena to admire:

Star CFBDSIR 1458 10b:

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Hello my beloved steemit community, I am @rcrdoo and for today I will talk about a very peculiar and strange star, it is the star CFBDSIR 1458 10b which is the star with the lowest temperature seen so far, we could almost touch it without burning. I hope you enjoy:

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It is a brown dwarf in a double system where this star has a temperature similar to that of a cup of freshly made tea, we speak of a temperature that is within those that can be had on earth and in our normal life, but that on a cosmic scale is very low.

Brown dwarfs can be defined as failed stars, which do not have enough mass to carry out the thermonuclear processes they need to have a temperature similar to that of ordinary stars. This brown dwarf was specifically discovered recently and is located at a distance of 75 light years from our planet earth.

This magnificent star is in a thin diffuse line between that separates the coldest stars from the hottest planets, there are even planets with temperatures much higher than this brown dwarf due to the radiation produced on their surfaces because of their respective stars, this binary system is the coldest set of stars seen so far and when first observed attracted the attention of scientists around the world, since it is not at all common to see a brown dwarf with such a low temperature.

Its temperature of about 100 degrees Celsius, the boiling point of water. The scientist Michael Liu of the Institute for Astronomy of the University of Hawaii tells us that this star probably has properties never seen before in other stars of its class and even that it could have clouds of water evaporated on its surface. Of course, it is barely new and there is still a long time to be able to know everything about this natural phenomenon, as well as many others scattered throughout the space.

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A date:

The name that is given to the binary system is CFBDSIR 1458 + 10 although the components of this system each have their respective names, first this CFBDSIR 1458+10A and then CFBDSIR 1458+10B, the latter being the most tenuous and cold of the two.

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Sources:

https://www.eso.org/public/spain/news/eso1110/

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That was all for today, thanks for reading and if you like give me your vote and follow me in @rcrdoo for this and more types of content, I hope you liked it, greetings and have a good life...

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