When Dr. Peter Gariaev put a sample of DNA in a tiny quartz container, zapped it with a mild laser, and then observed it with sensitive equipment that could detect even single photons of light, he found that the DNA acted like a light sponge. Somehow, the DNA molecule absorbed all the photons of light in the area, and actually stored them in a corkscrew-shaped [dodecahedral] spiral.
This is very, very strange. The DNA apparently created a vortex of some sort that attracted the light, not unlike the idea of a black hole—but on a much, much smaller scale. Few scientists would be willing to suggest that light could appear inside the pineal gland either—but Gariaev proved that the DNA molecule is pulling in photons from somewhere, by some unknown process….
We’re not used to thinking of light as something that can actually be stored—it normally just zips along through space at a very nice speed. If we could even capture it in one spot, we’d probably expect that it would just wear out—and lose its energy. Even in the case of photosynthesis, the only way a plant appears to be able to store light is by immediately converting its energy into green-colored chlorophyll. Now we’re seeing light itself being used like a food supply that DNA can store away . . . not unlike a squirrel hiding acorns in a hollowed-out tree for winter.
This triggers a bunch of new questions. What exactly is storing the light? How is it being stored? And why is it being stored? In order to answer those questions, we have to delve deeper into what Gariaev actually discovered—because this is just the beginning. The real magic happened when Dr. Gariaev ended the experiment. He grabbed the quartz container with the DNA in it and moved it out of the way. Nothing more was supposed to happen.
Nonetheless, to his utter amazement, even though everything was gone—the container, the DNA, you name it—the light continued spiraling along in the same space, as if the DNA were still there. Whatever was holding that light in place, it did not need the DNA molecule at all. It was something else. Something invisible. Something powerful enough to store and control visible light within the shape of the DNA molecule itself.
The only rational, scientific explanation is that there has to be an energy field that is paired up with the DNA molecule—as if DNA has an energetic “duplicate.” This duplicate has the same [geometric] shape as the physical molecule—but once we move the DNA, the duplicate still hangs around in the same spot the molecule was in before. It doesn’t need the DNA molecule to be there in order for it to keep on doing its job—storing visible light. Some force, perhaps akin to [micro-]gravity, is holding the photons in place.
The implications of this are mind-boggling. Obviously, in the case of a human body we have far more than one DNA molecule to consider—we have untold trillions of them, in a very highly structured arrangement. We have bone DNA, organ DNA, blood DNA, muscle DNA, tendon DNA, skin DNA, nervous-system DNA and brain DNA. So, just by a simple extension of Gariaev’s experiment, it is very likely that our entire body must have an energetic duplicate.
This fits in perfectly with what Driesch, Gurwitsch, Burr and Becker all theorized and observed—there is an information field that tells our cells 120 what to do, and where to do it…. The DNA Phantom Effect is arguably one of the most significant scientific discoveries in modern history. It shows us that the DNA molecule has some bizarre relationship with quantum mechanics that our scientists have not yet discovered in the mainstream world.
We now have proof that DNA is interfacing with an unseen, yet-undiscovered energy field that is not electromagnetic, but which obviously can control electromagnetic energy—in this case by storing photons, even when there is no physical molecule there to hold them in place. And that’s not all.
When Gariaev blasted this phantom with liquid nitrogen, which creates a sudden burst of great cold, the light spiral would disappear—but then it mysteriously returned after five to eight minutes. This persistence of the DNA Phantom - our energetic duplicate - even in the face of seemingly certain destruction, is very strange.
Even if you destroy the coherence in the area where the DNA Phantom had been, in this case by the sudden blast of cold, it will repair and restore that coherence once more. The surrounding light will continue to be organized into the unique spiraling pattern of the DNA that used to be there. Conventional science has nothing to offer us that can explain why this happens - but it does.
How long do you think this phantom could have lasted? Amazingly, the DNA Phantom remained visible for up to thirty days after it first appeared. Gariaev could blast it with liquid nitrogen over and over again, during this entire time, but it just kept on coming back. As I’m sure you can see, this completely challenges everything in conventional biology—not to mention physics—but it works. This information has been available for more than twenty-five years now, and the experiment was replicated in the United States by R. Pecora in 1990—but no one ever hears about it.
by David Wilcock in The Source Field Investigations
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