A crucial ingredient for life was found on Europa.
Europa’s almost as cold as your ex’s heart, just as frozen.
An ice penitence in outer space.
An exciting new study entertains the possibility of alien life on Jupiter’s icy moon.
This could be huge for our search of extraterrestrial life.
This would allow us to gain a new understanding of extraterrestrial life.
Different causes, same effect.
Both Enceladus and Europa seem capable of supporting alien life, according to a major NASA announcement.
If we want to look for extraterrestrial life, Europa might be one of the best guesses in the solar system.
Europa’s water is acting up.
If I asked you to guess where we have the best chances of finding life outside of Earth, you’d be hard pressed to think about Europa. But Jupiter’s frozen moon is beginning to look more and more attractive, and may even harbor an Earth-like ocean. We’ve written extensively before about the life harboring possibilities of Jupiter’s moon, Europa. Beneath the
Sending a probe to look for alien life is just half of the work – it’s the tools you send there that will actually do the job, and NASA has decided which tools it wants to send to Jupiter’s moon Europa, a place considered by many the likeliest to hold alien life.
Jupiter’s satellite Europa is definitely one of the most interesting places in our solar system – despite being really far from the Sun and frozen on the surface, NASA researchers actually believe it is the best bet to search for extraterrestrial life. Now, scientists and engineers have actually planned a mission aimed to reveal whether life on Europa exists or not.
Europa, Jupiter’s icy moon is the only body in the Solar System found to have plate tectonics (besides Earth). A new study has found several defining features, including plate subduction, broken linear features and offset likely caused by strike slip faults. An introduction to plate tectonics Plate tectonics is one of the newest big theories in science. Developed in the
The new NASA-funded study showed that if the icy surface of Pluto’s giant moon Charon is cracked, analyzing the fractures could show if the interior was warm and perhaps warm enough to have maintained a subterranean ocean of liquid water. Pluto is the most distant planetoid (no longer a planet, sorry) in the solar system. It’s extremely far from us,
Europa, Jupiter’s satellite, has emerged as one of the top locations in the Solar System in terms of its potential of hosting extraterrestrial life. Despite the fact that it lies so far from the Sun, scientists believe that a liquid ocean lies under its icy surface – and that ocean could very well host life. Now, Europa just got a
We’ve written extensively before about the life harboring possibilities of Jupiter’s moon, the icy Europa. The moon is believed to be the likeliest candidate in our solar system, besides our own planet, capable of supporting life. Recently, a report compiled by researchers at University of Texas at Austin, the Georgia Institute of Technology, and the Max Planck Institute for Solar System
Evidence of surprisingly diverse life forms have been found in the 100.000 year old sediments of a subglacial lake in Antarctica. British scientists working on the site have apparently gathered samples without contaminating them. The possibility of life existing in these cold, dark lakes, hidden beneath (sometimes) kilometers of ice has fascinated researchers. We’re talking about bacteria living in environments
Few destinations in our solar systems are as likely to hold life as Europa, a moon of Jupiter. Even though on the surface it’s a barren, frozen wasteland, there is every reason for it to host life beneath its surface. So it’s quite easy to understand why we’re so excited to see that on page 64 of the government funding
If you were to lick the surface of Jupiter‘s icy moon Europa, you would actually be sampling a bit of the ocean beneath – at least that’s what a new paper by Mike Brown, an astronomer at the California Institute of Technology in Pasadena, Calif., and Kevin Hand from NASA’s Jet Propulsion Laboratory concludes. Their work details the strongest evidence