The discovery of a planet that is far too massive for its sun is calling into question what was previously understood about the formation of planets and their solar systems, according to Penn State researchers.

In a paper published in the journal Science, researchers report the discovery of a planet more than 13 times as massive as Earth orbiting the "ultracool" star LHS 3154, which itself is nine times less massive than the sun. The mass ratio of the newly found planet with its host star is more than 100 times higher than that of Earth and the sun.

The finding reveals the most massive known planet in a close orbit around an ultracool dwarf star, the least massive and coldest stars in the universe. The discovery goes against what current theories would predict for planet formation around small stars and marks the first time a planet with such high mass has been spotted orbiting such a low-mass star.

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[–] elbarto777 2 points 1 year ago* (last edited 1 year ago)

Well, when you put it like that, yup. I can relate.

I've been trying to come to terms with it by thinking (or trying to convince myself) that this curiosity and willingness to observe everything and learn all things are just evolutionary adaptations whose sole purpose is to survive. Like, our curiosity to explore pushed us to get to better places with better living conditions. But that survival function is now too overfitted, like cancer cells that just replicate and replicate and replicate.... strange analogy, I know. So there's nothing inherently of value in having such attributes. "Why are we here? Where are we going?" So deep! Hm, nope. We're just machines programmed to survive by just searching, searching, searching, and finding, and understanding, and harnessing, and..... searching and searching and searching.

Anyway. Then I stop thinking about that and go make myself a sandwich.