NASA confirms presence of steam with sea and ice on Jupiter’s moon Jupiter | Location | Technology | NASA | Science News | Malayalam Technology News


Jupiter’s moon was the first to detect the presence of steam in the atmosphere of the canyon. This discovery could lead to the possibility of survival on our solar system’s largest satellite, Canymeet. Astronomers estimate that Canmeet has a sea depth of 161 kilometers, with an ice-covered surface at several kilometers.

NASA has made this important announcement by examining data from the Hubble Space Telescope over the past two decades. NASA has confirmed the presence of steam in the light atmosphere of Jupiter’s satellite. At the same time, this steam does not need to come from the ocean, which is assumed to be at a depth of kilometers in the canyon. Researchers also say that cats need to be included in any precautionary measures against the virus.

Conmeat, with its many features, was discovered in Galilee on January 7, 1610. Jupiter’s seventh moon, Canyme, is 5268 km in diameter. Canmeet is the only satellite in the solar system to have its own magnetic field. Canimite is also thought to have more water than Earth. The atmosphere of Canmeet was confirmed in 1972 by Indian scientists.

Researchers have been studying images taken with the Canyme Hubble telescope since 1998. It was speculated that the change in the UV images of the cone from Hubble may have been due to oxygen particles in the atmosphere. However, a detailed examination revealed that this was due to an increase in the surface temperature of the conimite during sunlight.

The discovery of particles of oxygen in the atmosphere of Canmeid was a great achievement. Lawrence Roth of the KDH Royal Institute of Technology in Stockholm, Sweden explains that this only happens when charged particles come out of an ice-covered surface. The research team that led this important discovery was led by Lawrence Roth. The full text of the study has been published in the journal Nature Astronomy.

English Summary: Astronomers have discovered water vapor for the first time on Jupiter’s lunar cone

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