Posted Aug 04, 2007 at 09:56AM by Enrico S. Listed in: NASA, Space Exploration, Space Missions Tags: Mars, NASA, University of Arizona, Alaska
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NASA launches Mars bound Phoenix probe - Image 1 NASA launches Mars bound Phoenix probe - Image 2 


Life on Mars has always been a topic of popular science fiction novels, and one that has captured many an imagination. There is still a pretty strong movement among scientists who believe that life can exist on the red planet, therefore NASA has launched the Phoenix Probe.


The spacecraft is expected to arrive on Mars after nine months. The probe has been designed to dig underneath the surface of the planet on a mission to find any evidence of life. The scientists from NASA are hoping that the vehicle will land on relatively flat lands at a Martian latitude equivalent to our own northern Alaska. This particular location was chosen due to the fact that water ice is thought to lie just a few tens of centimetres below the surface, well within reach of the unit's robotic arm.

The mission's principal investigator is a professor at the University of Arizona named Peter Smith discussed the details and goals of the mission:

The real question we're trying to answer is: "has that ice melted", because liquid water in contact with soil may provide us with a habitable environment. For microbes, the word 'habitable' means you have liquid water, complex organic molecules of the type our bodies are made of - proteins, amino acids and so on - and it also means you have energy sources.


That's a lot of necessary requirements that the planet has to possess to be considered habitable. Mission scientist William Boynton gave a few interesting details relating this mission with the NASA mission last 1970 and why the group has not yet given up on the idea of life on the planet despite previous findings:


One of the interesting questions is why organic molecules weren't found on the surface of Mars by Viking [Nasa Mars mission from the 1970s]. The answer is we think there is a mechanism which can destroy organic molecules on Mars. This mechanism might not be operating in the polar regions because water and ice can decompose the oxidants that destroy the organics.


After this mission has concluded, we'll be one step closer to finding out if there are any other planets within our own solar system that can support life. However, even if they find nothing, you can always bet that somewhere, someone will still be believing that there is life on Mars and that we just need to look closer to find it.


[Via BBC] Permalink  |   Email this  |   Linking Blogs   |   Digg It!

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