Webb exposes complex atmosphere of starless super-Jupiter
- NASA's James Webb Space Telescope captured light from SIMP 0136, revealing that its brightness variations result from atmospheric factors, not just clouds, as explained by Allison McCarthy from Boston University.
- The researchers found different cloud layers and chemical reactions in SIMP 0136's atmosphere, which offers insights into the nature of exoplanets, according to findings published in The Astrophysical Journal Letters.
- Principal investigator Johanna Vos expressed excitement over the ability to monitor the full spectrum of SIMP 0136, describing the experience as 'incredible.'
- Despite the findings, the team has not yet fully understood the chemical behavior of SIMP 0136, as Vos noted that they 'haven't really figured out the chemistry part of the puzzle yet.
19 Articles
19 Articles
James Webb Telescope Found a Planet-Sized Object Roaming Through Space
NASA’s extremely powerful James Webb Space Telescope just spotted an enormous object freely floating in space and gave it an unintentionally hilarious name. SIMP 0136, as it’s called, presumably because it’s obsessed with a female space object that doesn’t even know SIMP exists, is described as a “planetary-mass” object, meaning, well, that it’s got the mass of a planet — and a big one. Authors of the study published in The Astrophysical Journal…


Mysterious cosmic body is a rogue 'Super-Jupiter'
SIMP 0136 shows just how complex our universe really is.
James Webb Spots Mysterious Object Crossing Space Between Stars
NASA's groundbreaking James Webb Space Telescope has spotted a mysterious object that's freely floating through interstellar space. According to NASA, the "planetary-mass" object, dubbed SIMP 0136, is roughly 13 times the mass of Jupiter, and is located just 20 light-years from Earth. It's also spinning at a breakneck speed, completing a full rotation every 2.4 hours. Thanks to the JWST's detailed infrared light observations, an international te…
Webb exposes complex atmosphere of starless super-Jupiter
An international team of researchers has discovered that previously observed variations in brightness of a free-floating planetary-mass object known as SIMP 0136 must be the result of a complex combination of atmospheric factors, and cannot be explained by clouds alone.
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