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The most uncommonly merciless phenomenon has occurred in the most uncommon satellite Titan on Saturn's planet, and scientists at Chalmars University of Technology and NASA have found that the mercury that does not mix with oil and water can mix together as oil and water.
This result is against Rasaton's old policy—‘like dissolves like’.
The research has recently been published in the US science PNAS, which is called the study, which is called the polar (water) and non-polar molecules in the world because their electric charge distribution is different, but the temperature in Titan is negative 183 degrees Celsius, which has completely changed the organization.
The research team was led by the research team, Martin Raham, associate professor of chemistry and chemical engineering at Chalmars University, who said that this discovery has opened new directions to understand the nature of Titan's geostructure, lake-sea and sand.
Scientists have used spectroscopic analysis in the laboratory (alo-based chemical analysis) that hydrogen suntanide (HCN) and hydrocarbons such as methane and ethane can easily be co-crystal in the environment of Titan. The reason behind this is that the bond between hydrogen suntanide molecules is so strong that the non-polar molecules can enter their crystal structure.
Rahm added: "The discovery has created an exciting joint research opportunity between NASA and Chalmers, and we wanted to know—can methane or ethane really blend with hydrogen samtanide crystals?" This incident is an exception to the original principle of Rasaton.
Researchers believe that hydrogen Sunanide can play an important role in the production of the basic elements of life (such as amino acids and nucleobases) so this research can give new ideas about not only Titan's strange environment, the early life of the Titan.