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NASA And SETI Detect Alien Signal From Jupiter’s Moon Ganymede
Thursday, October 11, 2012 7:06
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NASA and SETI Astronomers detect an artificial alien radio signal originating from Ganymede, one of Jupiter’s largest moons. When did this happen? Believe it or not but this scenario is supposed to have taken place during the 1980’s. According to at least one researcher, Rupert Matthews, this was actually told to him by an actual NASA astronomer who was working closely with SETI. While this may sound extremely far fetched, it has only been in the last several decades that astronomers have confirmed strong evidence for liquid oceans underneath all three of Jupiter’s largest moons: Europa, Ganymede and Callisto. And as everyone knows, water is the ingredient that must be present for life to develop so while the scenario could be viewed as highly unlikely, it is certainly not impossible. Unfortunately, the signal appears to have been only detected for a brief period of time and has not been detected since so it could be said that these aliens might have been just visiting the local area and are not permanent residents of the moon.
Read more here: http://scienceray.com/astronomy/nasa-and-seti-astronomers-detect-alien-signal-from-jupiters-moon-ganymede/
Finding life on other planets is one of our greatest challenges. Is there life on other planets or moons IN our solar system? Science is sure there isn’t but, they lied! ~Ophelia
This is really old news…It was confirmed that the signal was a false ping and it never happened again since…so what makes this story NASA? Good luck with that…And SETI has been shut down for a few years now….so???
seti is still alive and working !!!!!
its called echo,theirs no life outside our planet,sez lezlow
Thats a pretty closed-mind thinking you got there
Where are your source to back this up?
why are they using that ancient crap called radio?
the atmosphere isn’t clear in all frequencies of light, some light waves are “absorbed” by molecules in the sky and hence make a bad medium for communication (the sky would absorb all of your light before it could reach the satellite). The widest range of observable frequencies in the above image (and hence the ones best for transmitting data) are in the radio wave range.
Why use radio when you can just as easily send smoke signals?