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Sir Ulli
Grand Admiral Special
so look here
http://www.nationalgeographic.com/channel/extraterrestrial/
and for Info
Will Intelligent Extraterrestrial Life Look Like Us?
In the movies, intelligent extraterrestrials generally look like us: they’re anthropomorphic. Mind you, the specifics of their appearance hinge on their motives. Good aliens, such as E.T. and the friendly little guys from Close Encounters of the Third Kind, are child-like and cuddly, while bad aliens (by far the majority) are often reminiscent of reptiles and insects – creatures that we like to either turn into shoes or swat. There are occasional exceptions to these rules, such as R2 D2, from Star Wars, who looks like a canister vacuum cleaner that’s lost its hose. But most extraterrestrials hardly deviate from the basic blueprint of Homo sapiens. Consequently if you ask a guy on the street to draw an alien, chances are he’ll sketch a rather humanoid “grey” – small, hairless, unwilling to smile, and shamelessly nude.
...
http://blogs2.nationalgeographic.com/extraterrestrial/
Story from
http://www.seti.org/site/pp.asp?c=ktJ2J9MMIsE&b=178940
mfg
Sir Ulli
http://www.nationalgeographic.com/channel/extraterrestrial/
and for Info
Will Intelligent Extraterrestrial Life Look Like Us?
In the movies, intelligent extraterrestrials generally look like us: they’re anthropomorphic. Mind you, the specifics of their appearance hinge on their motives. Good aliens, such as E.T. and the friendly little guys from Close Encounters of the Third Kind, are child-like and cuddly, while bad aliens (by far the majority) are often reminiscent of reptiles and insects – creatures that we like to either turn into shoes or swat. There are occasional exceptions to these rules, such as R2 D2, from Star Wars, who looks like a canister vacuum cleaner that’s lost its hose. But most extraterrestrials hardly deviate from the basic blueprint of Homo sapiens. Consequently if you ask a guy on the street to draw an alien, chances are he’ll sketch a rather humanoid “grey” – small, hairless, unwilling to smile, and shamelessly nude.
...
http://blogs2.nationalgeographic.com/extraterrestrial/
Story from
http://www.seti.org/site/pp.asp?c=ktJ2J9MMIsE&b=178940
mfg
Sir Ulli
Sir Ulli
Grand Admiral Special
latest info
how Soon Will We Find Extraterrestrial Life?
There’s kind of an unintended race underway in the search for life beyond our world. On the one hand, we have NASA and the Europeans busily launching small bundles of intricate machinery to Mars, looking for signs of water, organic chemistry, and, eventually, life. Beyond the Red Planet, there are at least four moons (Europa, Callisto, Ganymede, and Titan) that are dark-horse candidates for hosting biology, so we’re sending robots to some of these worlds, too. It’s possible, then, that within a decade or two, one of our sheet-metal scientists will find the proof that microbes (or maybe something a bit larger) exist on one or more of these worlds.
However, and somewhat coincidentally, within that same time frame, two other kinds of searches for extraterrestrial life will also shift into a higher gear. Within a decade, NASA will launch its orbiting Terrestrial Planet Finder (the Europeans will launch a similar telescope, called Darwin). This scope will be able to capture the light from planets the size of Earth, unknown worlds orbiting stars many dozens of light-years away. The TPF and Darwin will not only be capable of seeing these planets, but will make a crude spectral analysis of the light reflected back from their atmospheres. If they find gasses such as methane, oxygen, or water vapor in the right quantities, that will provide some fairly convincing evidence that these planets are veneered with life.
...
http://blogs2.nationalgeographic.com/extraterrestrial/
mfg
Sir Ulli
how Soon Will We Find Extraterrestrial Life?
There’s kind of an unintended race underway in the search for life beyond our world. On the one hand, we have NASA and the Europeans busily launching small bundles of intricate machinery to Mars, looking for signs of water, organic chemistry, and, eventually, life. Beyond the Red Planet, there are at least four moons (Europa, Callisto, Ganymede, and Titan) that are dark-horse candidates for hosting biology, so we’re sending robots to some of these worlds, too. It’s possible, then, that within a decade or two, one of our sheet-metal scientists will find the proof that microbes (or maybe something a bit larger) exist on one or more of these worlds.
However, and somewhat coincidentally, within that same time frame, two other kinds of searches for extraterrestrial life will also shift into a higher gear. Within a decade, NASA will launch its orbiting Terrestrial Planet Finder (the Europeans will launch a similar telescope, called Darwin). This scope will be able to capture the light from planets the size of Earth, unknown worlds orbiting stars many dozens of light-years away. The TPF and Darwin will not only be capable of seeing these planets, but will make a crude spectral analysis of the light reflected back from their atmospheres. If they find gasses such as methane, oxygen, or water vapor in the right quantities, that will provide some fairly convincing evidence that these planets are veneered with life.
...
http://blogs2.nationalgeographic.com/extraterrestrial/
mfg
Sir Ulli
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