Aliens on Enceladus: Chances of E.T. Living in Subsurface Ocean of Saturn’s Icy Moon Given Major Boost

Hannah Osborne,Newsweek

Scientists have discovered that a subsurface ocean on Enceladus could have existed for billions of years, providing plenty of time for microbial alien life to emerge and evolve.

One of Saturn’s icy moons, Enceladus is considered one of the best bets for finding extraterrestrial life within our solar system. Geophysical evidence has long suggested it boasts a salty, liquid ocean between its frozen shell and rocky core. Scientists believe the ocean exists as the result of heat generated by hydrothermal activity the moon’s interior.

NASA has been considering a mission to Enceladus to search for evidence of alien life for several years, although no confirmed plans are in place.

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11_06_EnceladusImage of Enceladus’ surface taken from the Cassini spacecraft. NASA/JPL/Space Science Institute

In a study published in Nature Astronomy, an international team of scientists looked data from NASA’s recently completed Cassini mission to better understand what is going on within Enceladus’ that allows it to have a sustained, global ocean. If it was just being heated by tidal forces within the ice, the ocean would freeze over in less than 30 million years. But they now know this is not the case—so something else must be heating the ocean.

Researchers looked at different ways Enceladus could be generating the heat to maintain the liquid ocean, producing models to find one that fits with Cassini observations. Their findings indicate that the additional heat is the result of Enceladus’ core being highly porous.

Water moving through the porous rock is heated then transported up through narrow upwellings, with temperatures exceeding 90 degrees Celsius. The team also found these hotspots are particularly prevalent at the moon’s south pole, which explains why the ice seems thinner at this point. Further analysis showed that this heating mechanism could be sustained for tens of millions, if not billions of years.


11_06_EnceladusEncelauds has a global ocean sitting between its icy shell and rocky core. NASA

One of the most prevalent theories as to how life evolved on Earth is through chemical reactions at deep sea hydrothermal vents. The presence of hydrothermal activity in Enceladus that could last for such a long time has major implications for the potential for life to evolve. If Enceladus has had a liquid ocean for billions of years, life would have had the chance to emerge and evolve into a more complex form.

In an email interview with Newsweek, lead author Gaël Choblet, from the French National Center for Scientific Research, said that while he cannot speculate on the presence of alien life on Enceladus, their timescale for hydrothermal activity does bolster the case that microbial life could emerge.

If a new theory published last year is correct, then powerful hydrothermal activity could have been occurring since the formation of the moon, possibly as much as the age of the solar system,” he says, adding that which timescale they are working on—tens of millions or billions—could be determined with future research

He said the team now plans to simulate the chemical interactions within Enceladus and to work out how heat and chemicals are transported around the ocean.

Ravi Desai, from Imperial College London, U.K.,has previously looked at the chemistry of Enceladus’s ocean. Commenting on the latest study, which he was not involved in, he says the findings represent “excellent news” for the possibility of detecting microbial life deep in the ocean.

11_06_EnceladusIllustration shows NASA’s Cassini spacecraft diving through the plume of Saturn’s moon Enceladus. NASA/JPL-Caltech

“These findings from Enceladus are highly relevant to exploring the icy moons of Jupiter … [The] results are particularly exciting when considering what could be discovered at Europa and Ganymede.”

David A Rothery, professor of Planetary Geosciences at the Open University, U.K., also says the findings are exciting as “it all fits together”—Cassini observations have now been reconciled with a suitable model of heat transfer within Enceladus. In terms of the potential for life, he said the only possible drawback is that due to its size, it only take about 250 million years for the entire ocean to be recycled through the rock—and once this is done, the number of chemical reactions that take place becomes very limited.

“But this is still happening at the moment because we’re seeing the products,” he says. “Chemical reactions are going on even today. If it’s going on today it could have been going on a billion years into the past, and that’s long enough for life to get started—and to have evolved beyond the very most basic stages. It could be quite a complex microbial community down there and we’d love to study it.”

Saturn’s largest moon has enough energy to run a colony

Ocean on Saturn moon resembles habitable lakes on Earth


Enceladus, shown in this recent image captured by the Cassini spacecraft, one of Saturn's moons (Reuters / NASA)


Enceladus, shown in this recent image captured by the Cassini spacecraft, one of Saturn’s moons (Reuters / NASA)

The newly-discovered subsurface ocean on Saturn’s icy moon of Enceladus is similar in makeup to some of the life-bearing salt lakes on Earth, a new US study suggested.

Astrobiologists believe this small moon is the best place to search for alien life in the Solar System.

The 505-kilometer-wide satellite is geologically active, with powerful geysers blasting through its ice shell.
Those geysers contain water which researchers suggest comes from an ocean located beneath the moon’s icy surface.

A new paper entitled ‘The pH of Enceladus,’ published on Wednesday in the journal ‪Geochimica et Cosmochimica Acta, looks into the chemical reactions that occur as Enceladus’ ocean water comes into contact with its rocky mantle.

The authors based their research on data gathered by NASA’s Cassini spacecraft, which has been orbiting Saturn since 2004.

They used mass-spectrometry measurements of the gases and ice grains in Enceladus’ plume to develop a model that estimates the saltiness and pH of the water in the moon’s inner ocean.

According to the US team’s findings, the ocean on Enceladus is likely salty and has a basic pH of 11 or 12, neutral pH being 7.

The same pH levels are found in ammonia-based glass-cleaning solutions, but some organisms on Earth are still capable of living in such conditions.

The high concentration of sodium chloride (NaCl) makes Enceladus’ ocean resemble terrestrial ‘soda lakes,’ such as ‪Mono Lake in California.


It’s good news for the those hunting alien life as a the fauna of Mono Lake includes brine shrimp and many different microbes.

The team’s model suggests that the ocean’s high pH is explained by serpentization, a process where metallic rocks from Enceladus’ upper surface are transformed into minerals due to contact with water.

Serpentization also leads to the production of molecular hydrogen (H2), which is a potential source of chemical energy for any life form in the ocean’s water, the paper said. ‪

“Molecular hydrogen can both drive the formation of organic compounds like amino acids that may lead to the origin of life, and serve as food for microbial life such as methane-producing organisms,” the study’s lead-author Christopher Glein, from the Carnegie Institution for Science in Washington, said in a statement.

Glein described serpentinization as a link between geological processes and biological processes on the moon.

“The discovery of serpentinization makes Enceladus an even more promising candidate for a separate genesis of life,” he stressed.

The hidden ocean was discovered on Enceladus earlier this year by Italian scientists from Sapienza University in Rome, who also analyzed Cassini data.

They said that active hydrothermal vents are likely to exist on Enceladus’ seafloor, providing conditions similar to those that gave rise to some of the first life forms on Earth.






Nasa’s Deep Space Exploration Vehicle

NASA’s Space Launch System, or SLS, is
an advanced launch vehicle for a new era of
exploration beyond Earth’s orbit into deep space.
SLS, the world’s most powerful rocket, will launch
astronauts in the agency’s Orion spacecraft on
missions to an asteroid and eventually to Mars,
while opening new possibilities for other payloads
including robotic scientific missions to places like
Mars, Saturn and Jupiter.
Offering the highest-ever payload mass and volume
capability and energy to speed missions through
space, SLS will be the most powerful rocket in
history and is designed to be flexible and evolvable,
to meet a variety of crew and cargo mission needs

Orion Exploration Flight Test 1


Voyager 1 Nears The Edge Of The Solar System

After traveling for 37 years, Voyager I is recording pulses from the sun that confirm it has entered a different region near the edge of the solar system called interstellar space.


Voyager I is the “farthest human-made probe from Earth, and the first to enter the vast sea between stars,” according to NASA. NASA/JPL-Caltech

NASA’s Voyager I spacecraft has been steadily journeying away from the sun to the outer reaches of the solar system since its 1977 launch. As it travels farther out and enters a different region of the solar system, it’s occasionally affected by coronal mass ejections — shock waves caused from massive violent eruptions from our sun.

There have been three of these space “tsunamis” since 2012, and the third one — described by NASA on Monday — has helped the space agency confirm something it posited in late 2013: that Voyager is the first Earth craft to travel into interstellar space.

Interstellar space is the area just beyond the reach of what’s known as our heliosphere: an area where the solar wind pushes back the dense plasma of space in a sort of protective bubble. This plasma was ejected into the universe by the death of stars millions of years ago.

The plasma outside the heliosphere is about 40 times denser than the plasma that lies inside it. By using its 37-year-old cosmic ray and plasma wave instruments, Voyager has sent back signals to Earth that prove it has popped through our sun’s protective bubble and is now moving through the thicker plasma. Scientists can tell this is the case because the thicker plasma in interstellar space oscillates at a faster rate than less dense plasma and produces a different frequency when hit by the sun’s shock waves.

“The tsunami wave rings the plasma like a bell,” Ed Stone of the California Institute of Technology , the mission’s project scientist since 1972, said in NASA’s statement. “While the plasma wave instrument lets us measure the frequency of this ringing, the cosmic ray instrument reveals what struck the bell — the shock wave from the sun.”

“Normally, interstellar space is like a quiet lake,” Stone added. “But when our sun has a burst, it sends a shock wave outward that reaches Voyager about a year later. The wave causes the plasma surrounding the spacecraft to sing.”


The First Space Factory (E-Vectors INC.)

space craft power by positron reactor After gathering the materials from the moon landings , we have discovered the fuel need for space travel to other worlds . The fuel is a product from element 115 also known as Ununpentium. The product of element 115 is not  sent to earth but kept in space, on a space payload ship.

Using a Space Station type ship, large enough to house the people,the wares, and materials ,we  begin to mass produce spaceships.  The materials used are a Kevlar solution which is light weight and stronger than steel, and a product from the martian soil that absorbs water which protects against high levels of radiation.  3 D Printers are used for the configuration of the crafts.  Some of the basic components will be made on Earth  .\

We will discover the solution to space travel.  The equations  Space x Unknown = TIME  and Time x Unknown = SPACE meaning Space equals Time.   Yes when we look up at the stars ,we are looking back in tjme .  So to traveling  through space we will be traveling through time.