This has led astrophysicists to a confusing conclusion for planetary scientists modeling the formation of gas giants. The three hot studied with Hubble Jupiter contain less water than predicted by models of accretion . Those are usually studied first involves the formation of a rocky core in a protoplanetary disk at a safe distance from the star host, where icy dust is found, followed by a significant capture of gases such as hydrogen and helium . So we should find significant amounts of water molecules as in the case of the giant solar system .
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Review the copy regarding the formation of hot Jupiter to explain these observations could have several consequences. According to one of the authors of this study, Nikku Madhusudhan astrophysicist, best known for his work on carbon exoplanets : "we should prepare ourselves to the idea that we will discover that superterres contain less water than we do thought " .
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Review the copy regarding the formation of hot Jupiter to explain these observations could have several consequences. According to one of the authors of this study, Nikku Madhusudhan astrophysicist, best known for his work on carbon exoplanets : "we should prepare ourselves to the idea that we will discover that superterres contain less water than we do thought " .