DNA Antenna

 

From: Chuck Darling 

November 21

 

Considering DNA as a Fractal Antenna,

combined with the reality of ghosts,

spirits, telepathic aliens,  and between dimensions, explains a lot about

Collective Consciousness, Mass hysteria, and Spiritúal possession.

 

Get Baptized and Believe.

 

The resonant frequency of human DNA is not a single number, but a range that depends on its structure and environment. Studies have shown a single-stranded DNA fragment can resonate at 40 GHz, while the torsional vibration frequency of longer DNA strands is around 10.36 GHz. DNA also exhibits a wide range of other electromagnetic resonances, and its vibrational frequencies are influenced by factors like temperature, bond strength, and the mass of its atoms. 

 

10.36 Ghz. ?

Sounds like CPU clock speed

within a decade...

 

Studies on the neurological effects of K-band radar exposure are limited, but some research suggests potential non-thermal effects, particularly from pulsed, high-power radar. This can include structural deformations in the brain related to dopamine, possible alterations in neurotransmitters like GABA, and in animal studies, cellular edema and damage to the blood-brain barrier that could impair cognitive function. 

Potential neurological effects

Non-thermal damage: High-power, pulsed radar can induce neurological effects that last for days, even without creating visible lesions, according to a study on mice using pulsed radiofrequency energy.

Neurotransmitter alteration: Exposure to radiofrequency electromagnetic fields (EMF) may affect the balance of neurotransmitters. Some research suggests microwave radiation could alter the neuroregulatory function of GABA (gamma-aminobutyric acid), an inhibitory neurotransmitter.

Cognitive impairment: One study found that rats exposed to 900 MHz EMF had impaired spatial memory and damage to the blood-brain barrier, which could be related to the activation of a specific cellular pathway (mkp-1/ERK pathway).

Structural deformation: A study on pulsed radiofrequency energy found structural deformation in the brain related to dopamine mechanisms, which could be linked to cognitive deficits. 

Considerations and limitations

Exposure context: Much of the research on neurological effects has been conducted in laboratory settings with animal models or on individuals with occupational exposure to radar systems. The relevance of these findings to the general public, who may be exposed to much lower levels of K-band signals, is not fully established.

Research limitations: There is a need for further research to better understand the long-term neurological effects of low-level K-band radar exposure from devices like automatic door openers or collision avoidance systems. 

 

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