Is there some liquid planets out there?

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    Liquid Planets
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SUMMARY

The discussion centers on the existence of liquid planets, particularly in relation to gaseous planets like Jupiter, which is primarily composed of liquid hydrogen due to extreme internal pressure. The concept of a "liquid planet" is debated, especially regarding the presence of liquid water outside a star's habitable zone. Notably, moons such as Europa and Triton are highlighted as potential hosts for vast oceans of liquid water beneath their icy surfaces. The conversation concludes with a suggestion to further explore the characteristics of gaseous planets.

PREREQUISITES
  • Understanding of planetary formation from gas clouds
  • Knowledge of gaseous planets and their compositions
  • Familiarity with the concept of habitable zones in astronomy
  • Awareness of celestial bodies like Europa and Triton
NEXT STEPS
  • Research the composition and characteristics of gaseous planets like Jupiter
  • Study the conditions for liquid water on celestial bodies outside the habitable zone
  • Investigate the geological features of Europa and Triton
  • Explore the concept of liquid rock and its implications for planetary science
USEFUL FOR

Astronomers, planetary scientists, and anyone interested in the study of celestial bodies and their compositions.

MadAtom
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Is there some liquid planets out there?

well there are gaseous planets... what are the laws that avoid the existence of a giant liquid planet with a little rocky nucleus?
 
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As far as we know, most planetary systems form from gas clouds that are composed mostly of Hydrogen. So giant planets are far more likely to get as massive as they are by absorbing large amounts of hydrogen and not other materials, which are far more rare.

However, consider the fact that Jupiter's composition is dominated by LIQUID hydrogen thanks to the enormous pressure inside it. So the answer to your question may depend on what you consider to be a "liquid planet".
 
The trouble with liquid water is we are unlikely to find it on planets outside of a stars habitable zone, and few such candidates are known to exist thus far. But, we need not leave the solar system to find extraterrestrial water. Europa and Triton, satellites of Jupiter and Saturn, are suspected to possesses vast oceans of liquid water underneath their frozen surfaces - see http://solarsystem.nasa.gov/scitech/display.cfm?ST_ID=286 for discussion.e
 


Does liquid rock count? :smile:

Go back in time to the early days of its formation and Earth was a 'liquid' planet, for suitable values of 'liquid'.
 


I think I'm going to study more about gaseous planets then I'll reformulate my question... thank you all.
 

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