10.12.08
The eonic effect, & ‘Can genetic information be controlled by light?’
Can Genetic Information Be Controlled By Light?
ScienceDaily (Oct. 10, 2008) — DNA, the molecule that acts as the carrier of genetic information in all forms of life, is highly resistant against alteration by ultraviolet light, but understanding the mechanism for its photostability presents some puzzling problems. A key aspect is the interaction between the four chemical bases that make up the DNA molecule. Researchers at Kiel University have succeeded in showing that DNA strands differ in their light sensitivity depending on their base sequences.
The study of the eonic effect is difficult because one has no sense in advance of ‘how it works’. All we can do is periodization analysis, the simplest of methods, but whose implications can leave us staggered. Consider the Axial phenomenon: a global field of synchronous emergentism, occurring at such high speed in parallel that mutual interaction can be ruled out. And the overall eonic sequence shows a macro process that is operating over many millennia, able to switch on and off. The dangers of speculation here are severe.
There is nothing in our experience to account for this. Thus in the development of the ‘eonic model’ (the same as the eonic effect, save that a ‘description’ and the phenomenon described aren’t the same!) the most austere method is adopted to refrain from speculation about ‘how it works’.
But, privately, and these remarks have no status in the eonic model (so far), along the way I have wondered how one might someday approach this issue, and the only thing that I could come up with is the phenomenon of light. I can’t take it any further, but it is obvious that differences of geographical location on the surface of a globe would be nothing for a highspeed transmission device, light. I can take that no further, nor offer any more specific suggestions.
Further, the eonic model is segragated from genetic questions.
But there again the problem arises that a process as seen in the eonic effect that can remorph whole culture segments in high speed time slice transformations is kept away from any similar statements about genetics. The eonic model could be too timid here, but I have no evidence at all of the genetic correlations, if any, with the eonic sequence.
The problem here is that given the evidence, then, of the eonic action on cultures the possibility ought to be there of a similar action directly on genetic structures. Again, I took no position on the question, and kept any speculations out of the depiction of the eonic model.
But suddenly this article appears in Sciencenews showing direct interaction of genes and light processes!!!! I have had private hunches for some time of such a thing, always setting them aside as science fiction. But now we see that something unforeseen is actually quite possible.
Again, I won’t speculate. But now I am suspicious that macroevolution can act directly on species to produce genetic change over large regions!??
Emerging hypothesis: there is something in the nature of light and its natural manifestations connected with evolutionary transformations.