Newest exoplanet close enough to study its potential atmosphere

AI Thread Summary
GJ 1132b is a newly discovered rocky, Earth-sized exoplanet located just 39 light-years away, making it a prime candidate for atmospheric study. Despite its proximity, the planet is too hot for carbon-based life, likely resembling Venus if it has a significant atmosphere. However, there is speculation about the potential for subsurface water, similar to moons like Europa and Enceladus, which could harbor life. The discussion emphasizes the importance of studying unexpected planetary environments, as they may reveal surprising possibilities for life. Overall, GJ 1132b presents an intriguing opportunity for further research into exoplanetary atmospheres and the conditions for life.
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I reviewed this paper earler today and it is quite interesting. Unfortunately, it is far too toasty to be a good candidate for carbon based life habitation. It is probably one of the best earthlike exoplanets near enough to study its atmosphere - which will be interesting enough in itself. I would expect it to be venus like, if it has a significant atmosphere- which appears likely.
 
Yes. It's mostly going to be interesting because they may be able to study its atmo.
 
Don't underestimate planets. If the planet has low levels of green house gases and harbors a sub surface ocean, it could potentially harbor some kind of life. Life on Earth is known to be able to survive high water temperatures as well.

I mean just consider our own solar system; moons like Europa, Titan, Enceladus, etc and even the planet Mars are all believed to possibly have life on them right now. Mars is believed to occasionally have liquid water on its surface and the sub surface lakes on oceans of the moons listed above are thought to be possible places for life to exist, especially Enceladus and Europa. Basically the point is that unexpected planets can offer surprising possibilities for life.
 
At a radiation level 19 times that of earth, surface water is highly unlikely.
 
Chronos said:
At a radiation level 19 times that of earth, surface water is highly unlikely.

Hence I am suggesting sub surface water like Europa or Enceladus or Titan or the underground aquifers of earth. Bacteria could exist in sub surface water aquifers at the poles or something--where its just cool enough to allow a kind of high temperature bacterium to survive.
 
Publication: Redox-driven mineral and organic associations in Jezero Crater, Mars Article: NASA Says Mars Rover Discovered Potential Biosignature Last Year Press conference The ~100 authors don't find a good way this could have formed without life, but also can't rule it out. Now that they have shared their findings with the larger community someone else might find an explanation - or maybe it was actually made by life.
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