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Russia – Israel's billionaire Yuri Milner is planning a private mission to space and NASA is helping him.
Milner hopes to bring life to Satell's moon Enceladus, and many experts believe it is the most likely to include extraterrestrial life in space.
According to New Scientist, the agreement signed in September by NASA and Milner's nonprofit Breakstar Starshot Foundation has set up scientific, technical and financial plans to carry out their ambitious mission.
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The best hope of mankind seeking extraterrestrial life is Enceladus, the master of Saturn (picture). Scientists say ice-filled bodies are the only world with all the ingredients that make life in Earth systems other than Earth. Now Russia – Israel billionaire Yuri Milner is planning a private mission to find deep space.
NASA has invested more than $ 70,000 to help with concept research for flight missions and will use it to provide employees with money.
Scientists say ice-filled bodies are the only world with all the ingredients that make life in Earth systems other than Earth.
Natural satellites have pulled up organic molecules – the precursors of microbial life – from liquid underground surfaces, and released NASA probe figures released earlier this year.
The researchers added that the findings could probe future extraterrestrial life forms.
The breakthrough suggests another fly – by mission to sample the moon 's pillars, but this time requires equipment that can detect life on the land.
Under the agreement, it is clear that the groundbreaking plan has the sole authority to lead missionary work, pay for it, and determine if there is precedent.
NASA and the European Space Agency are currently considering whether to support their mission to Enceladus.
NASA 's role in groundbreaking missions is to provide scientific and technical consulting, such as expertise in space biology, planetary systems, biology and earth science, and planetary protection.
Natural satellites pump organic molecules from the ocean below its liquid surface and are readouts of the Nasa probe show. The molecules are ejected through surface jets and hot water spouts (an impression of an artist)
Researchers have previously guessed the next generation mission to the moon.
Dr. Christopher Glein, a researcher at Southwest Research Insitute in San Antonio, Texas, commented, "The results of this study are significant for next-generation exploration.
Future spacecraft can fly through the feathers of Enceladus and use high-resolution mass spectrometry to analyze complex organic molecules to determine how they were made.
Who is Ghost Miller?
In 2012, Milner established The Breakthrough Prize, recognizing three areas: The Fundamental Physics, Life Sciences and Mathematics.
Milner, a Ph.D. student in Moscow who once received a Ph.D. in physics from the US in 1990, is a technology giant who spent a lot of time and money investing in space exploration.
Milner Milner was born on November 11, 1961 in a Jewish family in Moscow and studied theoretical physics at Moscow State University, graduating in 1985.
He started his business career in selling illegal DOS computers in the Soviet Union.
When the central government collapsed, he registered with the Wharton School of Business and got his MBA.
His real success was when he founded Digital Sky Technologies (DST), an investment company, Mail.ru Group and DST Global.
DST Global has invested in a number of leading technology companies including Facebook, Spotify, Twitter and Alibaba.
In 2012, Milner established the Breakthrough Prize, recognizing three areas of basic physics, life sciences and mathematics.
The winner makes the innovation award the world's largest scientific prize by winning $ 3 million each.
Earlier this year, we teamed up with Stephen Hawking to find extraterrestrial life forms as part of the & # 39; Breakthrough Initiative. & # 39;
A $ 100 million quest will see a telescope emit a faint signal that has poured one million stars closest to Earth into space into intelligent life beyond our own.
Milner believes that as part of his long-term vision, the Internet will evolve into a 'global brain' that acts as a kind of nervous system for the planet.
We must be cautious. It is interesting, however, to contemplate that this discovery is capable of biological synthesis of organic molecules in Enceladus.
Enlarged in 628 million miles from Earth, Enceladus is extremely cold and features an ice volcano in a cracked surface crust.
Scientists have long suspected that the moon will accept extraterrestrial life since the discovery of NASA's Cassini probe in 2015.
The Moon regularly sprays water and ice particles from the world's oceans through hydrothermal vents.
The researchers studied one of these pillars that Cassini collected.
The tool in the probe measured within the feathers, and Saturn's E-ring was formed by the flight of the feather ice particles out of the gravity of Enceladus.
They found that complex, carbon-rich organic molecules were ejected from cracks on the ice surface of Enkerados.
The mass of a molecule is more than 200 atomic mass units, more than 10 times that of methane.
Can you grow alien life on what will burn?
Enceladus (photo) is Saturn's sixth-largest month, 313 miles (504 km) wide,
Enceladus is the sixth largest month of Saturn and is 313 miles (504 km) in length.
It is a rare combination of vapors and hydrothermal activity that flows out of the ocean of the earth where water vapor and ice particles are buried beneath the frozen perception of the moon.
A few worlds think that there is a liquid-water ocean beneath a frozen shell, but only Enelas Dusk can send the universe into space and the ship can sample the ship.
According to Nasa's observations, feathers contain organic compounds, volatile gases, carbon dioxide, carbon monoxide, salts, and silica.
Our planet's microorganisms use this compound to produce or grow, and some assume that small organisms live in the hidden waters of Enceladu.
This means Enceladus is the most important candidate to find extraterrestrial life, although it may look like a 'poor' one like Saturn's other satellites.
Scientists believe that chemical reactions between the rocky core of the moon and the warm water from its underground surface are linked to these complex molecules.
"Complex organic molecules do not necessarily provide a habitable environment, but on the other hand they are a pioneer in saving lives." Dr. Frank Postberg, a researcher at the Heidelberg University, said.
& # 39; Previously it was not known whether complex organic chemistry occurred in Enceladus.
All key elements of life – liquid water, hydrogen gas, and simple organic molecules – were discovered months ago.
Scientists have long suspected that Enceladus could be a foreigner since long time Nasa's Cassini probe discovered an underground surface on the surface of ice in 2015. The artist's impression is that the Enceladus hydrothermal ejecta
The researchers said that the results could be exploring future extraterrestrial organisms because organic molecules can be precursors of foreign microorganisms. It suggests that the lower ocean (the artist's impression of the Moon) is the main target for future extraterrestrial life search
However, the discovery of complex organic molecules, a pioneer of simple microbial evolution, means that the moon now has everything it needs to grow its life.
"We have once again been flew by Enceladus," Dr. Green said.
"Previously we identified the simplest organic molecule with a few carbon atoms, but it became very interesting."
"This complex organic molecule coming out of the ocean of liquids is the only body outside the earth that meets all the basic requirements of the organism we know."
While Cassini was flying close to Enceladus in October 2015, the probe detected molecular hydrogen as the ship flies through the flagpole.
The Moon regularly sprays water and ice particles from the world's oceans through hydrothermal vents. The research team studied one of the feathers that Cassini (an artist's impression) collected.
The previous flybys provided evidence for the ocean below the surface of the earth on the rock core.
Molecular hydrogen in the plume is thought to be formed by geochemical interactions between water and rock in a hydrothermal environment.
"Hydrogen provides a chemical source of energy to support microbes living in the oceans near the hydro vents," said co-author Dr. Hunter Waite.
Once you have identified the potential source of food for microbes, the next question is, "What is the nature of the complex organisms in the oceans?".
"This paper represents the first step of understanding – the complexity of organic chemistry beyond our expectations!"
The full results of this study were published in Nature.
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