Wednesday, 4 December 2024

DNA Phantom Effect

 In 1984 Dr Peter Gariaev performed experiments with DNA; he 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 DNA  molecule absorbed all the photons of light in the area and stored them in a crick screw shaped spiral.



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 suggest that light could appear in the pineal gland. Gariev proved that the DNA molecule is pulling in photons frome somewhere by some unknown process.

The only technology we have that could hold light in a spiral like Gariaev found in DNA molecule is a fiber optic cable, but the fibre optic cable do not draw all the light from their surroundings.

Webare notnused to thinking of light as something that can actually be stored. It normally just zis along through space at a high speed.

Dr Peter Gariaev's DNA Phantom Effect privește that the DNA molecule captures and stores light.
A mysterious force holes the light in the same place for up to 30ndays after the DNA molecule itself has been removed from the area.

In the case of photosyntesys plants appear to be able to store light by converging it into green colored clorophyll.

Now we are seeing light itself being used like a food supply that DNA can store away.

This triggers new questions
What exactly is storing light?
How is being stored?
Why is being stored?



The next part of Dr Gariev experiment was when he grabbed the Quartz container with the DNA in it and itmove it out of the way.  Nothing was supposed to happen.
To his amazement even the DNA and container was gone the kight continued spiraling along in the same space as if the DNA was still there.
Whatever was holding the light in space 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 explanation is that here has to be an energy field that is paired with the DNA molecule as if the DNA has an energetic duplicate.

The duplicate has the same shape as the physical molecule but once we move the DNA  molecule, the duplicate still hangs around innthe same spot the molecule was before. It dies not need the molecule to be there in order for it to keep on doing it's job storing visible light. Some force similar to gravity is holding photons in place.

We have a lot of DNA molecule in our body. By extension of Gariaev's experiment it is likely that our entire body has an energetic duplicate.

Perhaps the most important thing the DNA molecule does is to store light both in our physical body and in our duplicate body as well.
The DNA phantom effect is one of the most significant scientific discoveries in our modern history. It show us that the DNA molecule has some bizarre relationship with quantum mechanics that the scientists have not yet discovered in the mainstream world.

From another source we find that:

The DNA phantom effect is a theory that DNA can vibrate with large amplitude oscillations when influenced by wave frequencies. This can cause DNA strands to go up and down, which can lead to disorganization in the DNA sequence.

Here's how the DNA phantom effect works:
  • DNA natural frequency: DNA's natural frequency can be obtained by solving equations using the theory of nonlocality.
  • Wave frequencies: If DNA is influenced by wave frequencies as much as its natural frequency, resonance occurs.
  • DNA vibrations: DNA vibrates with large amplitude oscillations.
  • Hydrogen bond: A nucleobase in the nucleotide of one DNA strand establishes a hydrogen bond with the nucleobases of other DNA strands.
  • DNA disorganization: The DNA sequence becomes disorganized.
  • Cancer control: A restriction enzyme can be used to control cancer by causing the DNA in the cancerous cell to lose its ability to synthesize proteins. 
DNA is made up of quantum particles like electrons and charged atoms. During transcription, translation, and replication, DNA's charged particles move, accelerate, and emit waves. This suggests that DNA could emit quantum waves.

Souce:

DNA Phantom Effect

  In 1984 Dr Peter Gariaev performed experiments with DNA; he put a sample of DNA in a tiny Quartz container zapped it with a mild laser and...