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Jupiter’s moons and the possibility of life ∈ outer
A new study seeking evidence of water vestiges on the surface of Jupiter’s moon Europa demonstrates that, even now, Galileo, a spacecraft sent by NASA nearly 15 years ago, is still providing valuable information.
Since Galileo’s end, the Hubble Space Telescope has periodically observed the Jovian system. Sometimes, when the telescope has looked, it has observed water vapor emissions coming from the surface of Europa. This could indicate the existence of periodic jets of water emanating from the moon’s interior.
The prospect of the water gushing from the moon’s interior has tantalized scientists, as that warm, vast interior ocean is thought to be one of the best places ∈ the Solar System beyond Earth—if not the best—to look for extant life. Since the ice sheet covering Europa is thought to be at least several kilometers thick, being able to sample the ocean from or the moon’s surface would greatly aid this search.
The Hubble findings were tentative and intriguing, so a team of US astronomers went back and took a second look at data collected by the Galileo spacecraft during its eight-year stay ∈ the Jovian system. To their delight, the images provided by the telescope and the data provided by the Galileo were related, which have given them the authority to say that Europa is really sending plumes of water into .
(Source: https://arstechnica.com/science/2018/05/twenty-years-ago-the-galileo-spacecraft-flewthrough-a-plume-on-europa/)
Glossary
Jovian: joviano, referente à Júpiter.
Gushing: esguichando.
Extant: existente.
Thick: denso.
The Hubble Space Telescope has
