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Scientists Astonished By Discovery of Giant Planet That Doesn't Make Any Sense: 'We Don't Understand'Scientists Astonished By Discovery of Giant Planet That Doesn't Make Any Sense: 'We Don't Understand' After decades of ...
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Live Science on MSN32 alien planets that really existBeyond our solar system, countless alien worlds of lava, ice, water and noxious gas swirl through the cosmos. Here are some of the strangest exoplanets that scientists have discovered so far.
Astronomers are scrambling to gather data on a mysterious object that’s currently hurtling through the solar system.
Astronomers have spotted a cosmic mismatch that has left them perplexed - a really big planet orbiting a really small star. The discovery defies current understanding of how planets form.
A team of astronomers has uncovered an extraordinary cosmic mystery, a giant planet that seems to be hurtling toward a fiery ...
This artist's illustration shows the shadow of a planet passing in front of the red dwarf star AU Microscopii. Blue clouds depict the planet's atmosphere, which is evaporating as the star blasts ...
Astronomers have found an unusually large planet orbiting a small star, located about 280 light-years from Earth. The unexpected size of the newly discovered world, called TOI 5205b, has caused ...
Planets 'Too massive for its star': Scientists discover enormous planet that changes what we know about red dwarfs LHS 3154 b is 13 times Earth's mass, but its host star is 11% of our sun's mass ...
NASA's James Webb Space Telescope has been unwaveringly focused on our universe. With its unprecedented power to detect and ...
Red dwarfs like Barnard’s Star are happy hunting grounds for planet chasers: They are not only the most common stars in the universe but also the most easily wobbled by their planets, especially ...
In the Star Wars universe, Tatooine is a planet orbiting a binary star system, ... (and much cooler) red star which contributes only about 1 percent as much light." ...
Recent data from the James Webb Space Telescope (JWST) suggests that a planet orbiting a small, red star 35 light years away may have a thick, sulfurous atmosphere, fueled by constant volcanic ...
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