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Last Show Recap

Author and researcher Bill Grabowski joined George Knapp in the first half to discuss his exploration of the work of John Keel and the Mothman incidents, which involved anomalous aerial phenomena, Men in Black (MIB), and bizarre electromagnetic intrusions.

Author and ufologist Nick Redfern followed in the second half, addressing the hidden, overlooked, and buried history of humankind from ancient aliens to the New World Order.

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Tue 05-26  End Times/ Ancient Astronomy Wed 05-27  Chemtrails/ ET Communications Thu 05-28  Remote Viewing Covert Agendas Fri 05-29  Haunted Wisconsin/ Open Lines

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Life Elsewhere

 Life Elsewhere

Tonight's guest, Dr. David Darling, has pondered the idea of life in the universe. Many scientists have found the popular portrayal of humanoid-styled aliens as being statistically unlikely and a case of anthropomorphizing. "Looking at the diversity of life on Earth and thinking about how it has evolved should convince anyone that any aliens will have as much resemblance to us as a doorknob," said Daniel Altshculer, the director of the Arecibo Observatory.

Certainly it's a difficult task to imagine life so dissimilar to ours, that to us it wouldn't even be life. "Our kind of life, biochemical life- needs water...But it wouldn't surprise me at all that we found other kinds of non-water based life. You can find self-replicating vortices in the atmosphere of the sun. There are all sorts of self-reproducing systems in all sorts of environments," said biology expert Dr. Jack Cohen in an interview(1) on ThinkQuest.

One topic that's been batted around in both scientific and science-fiction worlds is what might be an alternative to the carbon-based life forms that we know. Silicon-based life is one of the most frequently conjectured upon, as silicon's crystalline structures are known to grow in a variety of life-like structures. Though it does bear some atomic similarities to carbon, silicon's chemistry appears to be somewhat problematic for carrying out certain biochemical processes. "The complex dance of life requires interlocking chains of reactions. And these reactions can only take place within a narrow range of temperatures and pH levels. Given such constraints, carbon can and silicon can't," Prof. Raymond Dessy wrote in Scientific American.

1. http://library.thinkquest.org/C003763/index.php?page=interview05&tqskip=1

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