Human Beings As Extraterrestrial Software Code

Researchers working on the Human Genome Project, an effort to map human DNA and genetic code, has led to the discovery of "junk DNA". Junk DNA is sequences whose function remains a mystery. Some geneticists believe that this junk DNA may be evidence of our extraterrestrial origins. The idea is that if extraterrestrials were attempting to program a large number of lifeforms across several planets, and had one big code template for all of them, you would expect to find some code that isn't needed on specific planets. "Our hypothesis is that a higher extraterrestrial life form was engaged in creating new life and planting it on various planets. Earth is just one of them," said one geneticist. "If we think about it in our human terms, the apparent 'extraterrestrial programmers' were most probably working on 'one big code' consisting of several projects, and the projects should have produced various life forms for various planets. They have been also trying various solutions. They wrote 'the big code', executed it, did not like some function, changed them or added new ones, executed again, made more improvements, tried again and again." This is very similar to software programming. The browser application you are using to read this has hundreds of functions in the code that serve specific tasks, which you may never use. There's also lines of code that has been commented out and dozens of other "junk code" that may appear useless to a non-programmer. Full Story
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New Evidence For Extraterrestrial Origins of Life

According to recent research by an international team of scientists, there's new evidence that life may have arrived on this planet from elsewhere in the universe. They have shown that at least some primitive organisms could have survived a meteor ride and impact, possibly from Mars. To test the idea, scientists gathered colonies of micro-organisms including cyanobacteria, which live in rocky fissures, lichen, which smother their surfaces, and spores of the hardy bacterium Bacillus subtilis, and sandwiched them between slices of gabbro, a coarse-grained rock similar to that known to make up Martian meteorites. The researchers then used high explosives to fire a steel plate at the sandwiched organisms and after each shot transferred the microbes to a dish to see if any had survived. The shocks were equivalent to those suffered by Martian meteorites that have been found on Earth. To their surprise, the scientists found the lichen and bacterial spores survived all but the most cataclysmic impacts, proving at least that life could have arrived on this planet via a meteorite. Full Story