Molecular Telepathy Discovered?

The mysterious nature of intelligence has been deepened by increasing evidence that intelligence requires neither a brain nor a nervous system. This is abundantly displayed in the animal kingdom where all sorts of organisms with no brain, and in some cases no nervous system, carry out tasks that require intelligence. Colonies of social insects such as bees, ants, termites, and social spiders display an amazing degree of intelligence building hives, engaging in agriculture, trading symbiotically, enslaving other insects, herding, and engaging in other specialized activities. In some cases, as with certain species of spiders, even isolated individuals perform extremely complex tasks with only the most rudimentary ganglia and primitive nervous systems.

Going even further, it was reported by this Blog on September 15, 2007 in “Microbes Have Consciousness” that even bacteria can display what certainly appears to be intelligence and self-awareness. Not only was the shocking behavior of slime molds discussed but also the even more stunning discovery that some microorganisms actually carry out “genetic engineering.”

As mind-boggling as these discoveries are, it appears that they have been surpassed by the new discovery of “molecular telepathy.” A team of researchers at the Division of Molecular Bioscience of the Imperial College, London has discovered that subunits of DNA molecules have the ability to recognize similar units in other DNA molecules and then congregate together. This is done without intervening proteins and over considerable distance (1 nanometer). The mechanism by which this is preformed is unknown.

Why This Is Important

Despite monumental failures, materialists continue to claim that they know that intelligence and consciousness are simply the by-product of the electro-chemical activities of the brain. It is too early to explain this amazing behavior by segments of DNA molecules. Chemistry and physics may be able to account for molecular telepathy; however, it may turn out to be one more inexplicable discovery that is set aside because it does not fit the expectations of materialist philosophers. This would be a shame for many reasons not the least of which is knowing the truth of reality.

Source:

1. Geoff Baldwin, et. al. “DNA Double Helices Recognize Mutual Sequence Homology in a Protein Free Environment,” Journal of Physical Chemistry, January 31, 2008, Volume 112, No. 4, pp 1060-1064.

2. www.physorg.com/news120735315.html, Jan. 28, 2008.

By: Lawrence Vescera, Ph.D.

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