Tidally locked planet

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KELT-9b, the hottest planet ever discovered, is an ultra-hot Jupiter that orbits its host star every 1.5 Earth days. Tidally locked, one side of the planet is perpetually blasted with extreme heat, leading to temperatures so high that traditional molecules like water cannot survive. Instead, KELT-9b's atmosphere is dominated by atomic hydrogen, with heavier elements potentially existing in gaseous form due to the planet's blistering temperatures. On its dayside, the immense heat likely break... Extreme Heat, Earth Day, Vintage Watches, Astronomy, Planets, Heat, Water, Quick Saves

KELT-9b, the hottest planet ever discovered, is an ultra-hot Jupiter that orbits its host star every 1.5 Earth days. Tidally locked, one side of the planet is perpetually blasted with extreme heat, leading to temperatures so high that traditional molecules like water cannot survive. Instead, KELT-9b's atmosphere is dominated by atomic hydrogen, with heavier elements potentially existing in gaseous form due to the planet's blistering temperatures. On its dayside, the immense heat likely…

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KELT-9b, the hottest planet ever discovered, is an ultra-hot Jupiter that orbits its host star every 1.5 Earth days. Tidally locked, one side of the planet is perpetually blasted with extreme heat, leading to temperatures so high that traditional molecules like water cannot survive. Instead, KELT-9b's atmosphere is dominated by atomic hydrogen, with heavier elements potentially existing in gaseous form due to the planet's blistering temperatures. On its dayside, the immense heat likely break... Planet Video, Extreme Heat, Character Aesthetic, Earth Day, How Beautiful, Astronomy, Star Trek, Planets, Siding

KELT-9b, the hottest planet ever discovered, is an ultra-hot Jupiter that orbits its host star every 1.5 Earth days. Tidally locked, one side of the planet is perpetually blasted with extreme heat, leading to temperatures so high that traditional molecules like water cannot survive. Instead, KELT-9b's atmosphere is dominated by atomic hydrogen, with heavier elements potentially existing in gaseous form due to the planet's blistering temperatures. On its dayside, the immense heat likely…

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