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What will be identified as the primary atmospheric component of the Hot Jupiter by end of 2024?
2
Resolution / Starting Odds
Hydrogen sulfide • 25%
Methane • 25%
Water vapor • 25%
Ammonia • 25%
Published research in scientific journals such as Nature, Science, or Astrophysical Journal
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Scientists Discover Hot Jupiter Emitting Rotten Egg Smell 64 Light-Years Away
Jul 8, 2024, 03:18 PM
Scientists have discovered a nearby exoplanet, approximately 64 light-years away, that emits a foul odor reminiscent of rotten eggs. This Jupiter-sized hot Jupiter, identified through data from the James Webb Space Telescope, contains trace amounts of hydrogen sulfide, a gas known for its distinctive smell. The presence of hydrogen sulfide suggests extreme atmospheric conditions, including raging glass storms. This discovery, involving researchers from Johns Hopkins University and published in Nature, marks a significant step in understanding the atmospheric composition of exoplanets.
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Yes • 50%
No • 50%
Meteorite impacts • 25%
Solar wind • 25%
Volcanic activity • 25%
Other • 25%
Ice-covered • 25%
Substellar ocean • 25%
Rocky • 25%
Other • 25%
Nitrogen-rich • 25%
Carbon dioxide-rich • 25%
Methane-rich • 25%
Other • 25%
Unusual atmospheric composition • 25%
Signs of water or ice • 25%
Extreme weather conditions • 25%
Other phenomenon • 25%
Neutrino mass measurement • 25%
Neutrino oscillation discovery • 25%
Solar neutrino detection • 25%
Other breakthrough • 25%
Presence of liquid water • 25%
Presence of a nitrogen-rich atmosphere • 25%
Signs of extraterrestrial life • 25%
Other significant finding • 25%
Evidence of primitive life forms • 25%
New atmospheric chemical compounds • 25%
Geological activity • 25%
Other significant discovery • 25%
High surface temperature • 25%
Lack of hydrogen • 25%
Atmospheric composition • 25%
Other • 25%
Salts and Organic Compounds • 25%
Liquid Water • 25%
Microbial Life • 25%
Other • 25%