theotherguy
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- Jul 5, 2003
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After watching that special on the discovery channel (I forget what it's called), where scientists predict what kind of life might be on other planets based on their atmospherical compisition when viewed through a radio telescope, and then they would make a 3d model of what explorers might find there,(for instance, they found a planet with a highly oxegenized atmosphere that was up to 8 times as thick as ours, which allowed "flying whales" to evolve which were chased aroudn by swarms of wasp creatures that could fly up to 80 mph.) I thought of an interesting way in which the game Spore could be used once it comes out.
If properly modded to include evolutionary processes (which would be extremley simple), and if the planets were made astronomically bigger (and were run on a supercomputer) scientists could accuratley predict what, (if any) life might exist on a particular planet. All they would have to do is find the planet with a telescope, discover its size and atmospheric compesition using radio telescopes, and then plug in the information into their modded version of Spore, wait a few weeks of runtime, and then look at the results.
Naturally, it should come out to be different every time, but after several trials patterns in the type of life would emerge based on the slight continuities in the atmosphere.
I think it could be an excellent resource for astrobiologists to study.
If properly modded to include evolutionary processes (which would be extremley simple), and if the planets were made astronomically bigger (and were run on a supercomputer) scientists could accuratley predict what, (if any) life might exist on a particular planet. All they would have to do is find the planet with a telescope, discover its size and atmospheric compesition using radio telescopes, and then plug in the information into their modded version of Spore, wait a few weeks of runtime, and then look at the results.
Naturally, it should come out to be different every time, but after several trials patterns in the type of life would emerge based on the slight continuities in the atmosphere.
I think it could be an excellent resource for astrobiologists to study.