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Computer simulation suggests that magma oceans on hot, tidally locked exoplanets might be only about 100 meters deep

publication date22. 8. 2024

      
Computer simulation suggests that magma oceans on hot, tidally locked exoplanets might be only about 100 meters deep
Star system: 55 Cancri A | Distance from the Sun: 41.1 light years
If this is the case, the lava circulation has a minimal impact on the planet's temperature distribution.
Generated by LLM, corrected by human

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Stars mentioned

G8V, Yellow star
mass: 1.02 M☉
radius: 1 R☉
distance: 41.1 ly
stars in the system: 2
exoplanets: 5
K7V, Orange star
mass: 0.71 M☉
radius: 0.7 R☉
distance: 202 ly
stars in the system: 1
exoplanets: 1
Orange star
mass: 0.81 M☉
radius: 0.7 R☉
distance: 276 ly
stars in the system: 1
exoplanets: 4
G9V, Yellow star
mass: 0.93 M☉
radius: 1 R☉
distance: 520 ly
stars in the system: 2
exoplanets: 3
G2V, Yellow star
mass: 0.91 M☉
radius: 1 R☉
distance: 608 ly
stars in the system: 1
exoplanets: 3
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