The James Webb telescope discovered a source of carbon on one of Jupiter’s moons
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With the help of the James Webb telescope, astronomers were able to detect a source of carbon on one of Jupiter’s moons. This is reported by The Gurdian. Scientists have discovered a find necessary for life under the surface of a huge ocean. It covers the satellite Europe with a width of about 3,000 kilometers. Telescope observations show that the carbon is located at a depth of 16 km under the ice layer. Photo: Stocktrek/Gettyimages.com This discovery does not confirm the existence of alien life, but it indicates that Europa may be the most promising place in the solar system to search for it. “We don’t yet know if there really is life in Europa’s ocean. But this new discovery adds to the evidence that Europa’s ocean would be a good choice to host existing life. From an astrobiology point of view, this environment looks tempting,” says Dr. Christopher Glein , a geochemist from the Southwest Research Institute in Texas, USA. Previously, scientists had already conducted research on the satellite. Solid carbon dioxide ice was found on Europa’s surface. At the same time, they did not understand its origin: did it get there thanks to meteorites, or was it the result of emissions from the subsurface. Now the Webb telescope has shown that the carbon comes from the subsurface ocean. Observation in the near-infrared range helped in this. Some scientists indicated that the discovery of carbon dioxide is “critical”, because it is an integral part of human life. In addition, there are 6 important elements on Earth: carbon, hydrogen, oxygen, phosphorus, sulfur and nitrogen. Four have already been discovered in Europe – these are hydrogen, oxygen, carbon and sulfur. The detailed findings of this study were published in the journal Science. It will be recalled that scientists previously found evidence of the existence of a giant ocean on Mars. Read also: Scientists from the USA have started searching for possible extraterrestrial signals in the center of the Milky Way
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