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Clouds for habitable exoplanets around red dwarf stars
Posted: 16.08.2020, 19:17
by DrJMOS
Most of the exoplanets around of red dwarf stars are tidal locking (also called gravitational locking, captured rotation and spin–orbit locking), in the best-known case, occurs when an orbiting astronomical body always has the same face toward the object it is orbiting. This is known as synchronous rotation: the tidally locked body takes just as long to rotate around its own axis as it does to revolve around its partner.
If the exoplanet have liquid water the face that always is front to the star will have a big hurricane
Download link:
https://drive.google.com/file/d/1KfQSkWUokbxxw7w5oqCPydw27Cp3vvZg/view?usp=sharing
Posted: 17.08.2020, 13:31
by trappistplanets
interesting
Added after 50 seconds:i would love to see different versions of that cloud map because all hurricanes don't look the same
Posted: 17.08.2020, 19:50
by Daly
I have more map xd
Posted: 18.08.2020, 05:02
by DrJMOS
Hi Daly, your planet looks warm and desertic in the center, perhaps you need a modified hurricane with a big eye in the center and only clouds near to the terminator or twilight zone
https://drive.google.com/file/d/1UkjaKPBlt6rDoJZG7D4H5av1Gr2wh7qC/view?usp=sharing
Posted: 19.08.2020, 02:06
by Daly
I am not very convinced, I have to add two hurricanes because it is formed by the combination of temperature xd
Posted: 19.08.2020, 04:55
by jujuapapa
Guys, did you know that hurricanes are
only over water !!!
Posted: 19.08.2020, 05:30
by DrJMOS
Hi Jujuapapa, yes i know it, even in my exoplanet looks just as:
Posted: 20.08.2020, 03:32
by TheLostProbe
DrJMOS wrote:Most of the exoplanets around of red dwarf stars are tidal locking (also called gravitational locking, captured rotation and spin–orbit locking), in the best-known case, occurs when an orbiting astronomical body always has the same face toward the object it is orbiting. This is known as synchronous rotation: the tidally locked body takes just as long to rotate around its own axis as it does to revolve around its partner.
If the exoplanet have liquid water the face that always is front to the star will have a big hurricane
Download link:
https://drive.google.com/file/d/1KfQSkWUokbxxw7w5oqCPydw27Cp3vvZg/view?usp=sharing
looks good Dr JMOS! Looking forward to using this