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Do the clouds of Uranus smell like a rotten egg? Research creates mystery


In a new study, the scientist was stunned by the new findings on the seventh planet of our solar system, Uranus. It was observed that the planet smells of farts and rotten eggs. Researchers believe that the bad smell on the planet is due to the presence of clouds of hydrogen sulfide in the atmosphere of Uranus.

A group of researchers from the University of Oxford, associated with NASA The Jet Propulsion Laboratory discovered the malodorous hydrogen sulfide in the clouds or in Uranus with the help of the Integral Near Infrared Fi The field spectrometer (NIFS) ) installed on the Gemini North telescope in Hawaii. The co-author of the study, Patrick Irwin, said that if an unfortunate or unfortunate human ever descended through the clouds of Uranus, they would encounter very unpleasant conditions.

It is a well-known fact that hydrogen sulfide is a compound that has an annoying rotten egg odor. Therefore, you can imagine how bad Uranus could be smelling, with most of its upper atmosphere covered with this hydrogen sulfide.

Scientists were excited after discovering hydrogen sulphide in Uranus' atmosphere and hope that this discovery will help unlock the mysteries of the universe. Researcher Leigh Fletcher stated: "Gemini's superior abilities finally gave us that blow. luck". He said that only a small amount of hydrogen sulfide remains above the clouds like saturated steam. Scientists from the latest study reported that the Gemini telescope traced between 0.4 and 0.8 parts per million of hydrogen sulfide that exists as ice within the cloud layer of Uranus.

According to Oxford researchers, although there is enough hydrogen sulfide to make the rotten smell known, humans will not be able to smell the gas. Irwin said that exposure and suffocation in the negative atmosphere of 200 degrees Celsius (minus 328 degrees Fahrenheit), composed mainly of hydrogen, helium and methane, would charge their price long before the smell. Scientists previously suspected that hydrogen sulfide might be present in Uranus, but this time, the Gemini telescope captured the malodorous gas in the clouds of Uranus.

Glenn Orton of NASA's Jet Propulsion Laboratory said: "We strongly suspected that the hydrogen sulfide gas was influencing the millimeter and radio spectrum of Uranus for some time, but we could not attribute the absorption needed to identify it. Now, that part of the puzzle is falling into place as well. "

Previously in an investigation, it was discovered that unlike the Magnetosphere, here on Earth, Uranus has a Magnetosphere in the form of a switch, thanks to the strange and unusual planet rotation; He claimed a new survey.

The earth's magnetic field is closely related to its axis of rotation, and this causes the entire magnetosphere of the planet to rotate as an upper part in conjunction with the rotation of the Earth. As the same arrangement of the Earth's magnetosphere always remains facing the Sun, it is threaded into the omnipresent solar wind and contributes to the altered direction to reconfigure the Earth's field from locked to untied. But Uranus is completely different from Earth. It lies and rotates on its surface, and its magnetic field is asymmetric, it is off-center and biased at an angle of 60 degrees from its axis. And these characteristics cause the magnetic field of Uranus to stumble sloping and corresponding to the direction of the solar wind and the planet takes almost 17.24 hours to complete a full rotation towards the sun.

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