Saturday, November 17, 2012

Life on Mars Probable?





 Let us deal with this another way. The actual exposed surface of Mars, which is all we get to see, is a sterilizing environment at best just like our worst deserts. Finding life there is difficult. Even methane will be hard to come by in a planet were it is not obviously abundant.

Yet inside the rock near a hotspot, if such still exists, completely different conditions can prosper. Deeper down the planet's internal heat becomes available to support anything. So while it is presently nearly lifeless, it was once anything but lifeless in its biological potential and that biology could easily be underground today.

Then there is the plausible proposition that mankind arrived forty thousand years ago and established a presence there. That too could have established biota.

So technically, we should have life on Mars even if it is originated from Earth. Unfortunately it is likely also around ten miles down.




An amazing statement from Professor Joseph Miller, who's been working on NASA space projects for 30 years admits that there is a 95% probability of Life on Mars. They have found liquid water right now on Mars and this is the key for Life as we know it. 

Is there an hidden war inside NASA and /or other Intel/Military Agencies to hide the truth? 

International Journal of Aeronautical and Space sciences

Giorgio Bianciardi*, Joseph D. Miller**, Patricia Ann Straat***, Gilbert V. Levin****
Department of Patologia Umana e Oncologia, Università degli Studi di Siena, Via delle Scotte 6, 53100 Siena, Italy, Department of Cell and Neurobiology, Keck School of Medicine at USC, 1333 San Pablo St./BMT401, Los Angeles, CA 90033, Beyond Center, College of Liberal Arts and Sciences, Arizona State University, Tempe, AZ 8528

Complexity Analysis of the Viking Labeled Release Experiments

Abstract: The only extraterrestrial life detection experiments ever conducted were the three which were components of the 1976 Viking Mission to Mars. Of these, only the Labeled Release experiment obtained a clearly positive response.

[...]We conclude that the complexity pattern seen in active experiments strongly suggests biology while the different pattern in the control responses is more likely to be non-biological. Control responses that exhibit relatively low initial order rapidly devolve into near-random noise, while the active experiments exhibit higher initial order which decays only slowly. This suggests a robust biological response. These analyses support the interpretation that the Viking LR experiment did detect extantmicrobial life on Mars

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