Searching for habitable worlds beyond our solar system consists of more than just having it orbit within its stars habitable zone, which is the region where temperatures could be just right for liquid water to exist on the surface. On Earth, where water comprises approximately 75 percent of the planets surface, life is absurdly abundant. But what about the exoplanets star, specifically its activity and rotation? How could this influence how exoplanets are identified for current and future missio...
Searching for habitable worlds beyond our solar system consists of more than just having it orbit within its stars habitable zone, which is the region where temperatures could be just right for liquid water to exist on the surface. On Earth, where water comprises approximately 75 percent of the planets surface, life is absurdly abundant. But what about the exoplanets star, specifically its activity and rotation? How could this influence how exoplanets are identified for current and future missio...
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