E.T. it could actually be out there, scientists have said in a new upsetting development. He could even live on a planet 30 trillion kilometers from the Earth.
A new article published by the astrophysicists of the University of Villanova suggests that the planet orbiting the star of Barnard ̵
"Geothermal heating could support" vital areas "beneath its surface, similar to the underground lakes found in Antarctica," Edward Guinan said in a statement.
THE BURNED OCEAN OF EUROPE COULD RESULT IN THE SURFACE
The temperature on Barnard B is similar to the moon of Jupiter, Europe, at about 238 degrees below zero, but given the probable presence of oceans on Jupiter satellite lunar, astrophysicists are hoping that the newly discovered planet can also host oceans.
"We note that the surface temperature on the frozen moon of Jupiter Europe is similar to Barnard b but, due to the warming of the tides, Europe probably has liquid oceans under its icy surface," Guinan added in the statement.
For comparison purposes, the rubber freezes below -98 ° F / -72 ° C and human blood freezes between -2 ° C and -3 ° C.
Guinan, who worked on the document next to Scott Engle, presented the results at the American Astronomy Society (AAS) in Seattle on Thursday
FIRST EXOMOON FOUND? THE WORLD NETTUNO OF THE MEASURES POSSIBLY BROUGHT THE ORBITING ALIEN PLANET
Although Barnard b was discovered only a few months ago, the Barnard Star has been on the radar of astrophysicists for some time, added Guinan. "In 2003 he became a founding member of the Villanova program" Living with a Red Dwarf "that was sponsored by the National Science Foundation / National Aeronautical and Space Administration (NASA)."
Barnard's star is the second nearest red dwarf star in our solar system (after Proxima Centauri), 30 trillion miles from Earth. The team of researchers who discovered the planet in November combined 20 years of data from seven separate instruments to conclude
Some have speculated that it is unlikely that Barnard b is a guest of life given the distance from his star and that he does not possess an atmosphere, but Guinan and Engle do not give up hope.
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"The most significant aspect of the discovery of the star b of Barnard is that the two star systems closest to the Sun are now known to house the planets. This supports previous studies based on Kepler's mission data, deducing that planets can be very common throughout the galaxy, even tens of billions, "Engle noted. "In addition, the Barnard Star is about twice as high as the Sun – about 9 billion years compared to the 4.6 billion years of the Sun. The universe has produced earth-sized planets that are much longer than us, or even of the Sun itself. "
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