Our body is more than atoms and molecules. We are beings made of light. More and more scientists are coming to this conclusion. Biophotons emitted by the human body can be activated by mental intent and change fundamental processes at the cellular level and DNA.
We are more than molecules and atoms. We are beings that are formed from light and emit light
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The human body emits biophotons known as ultra-weak photon emission (UPE). Its visibility is 1000 weaker than the naked eye can see. Although we do not see this radiation, these particles or waves of light are in the visible electromagnetic spectrum (380-780 nm) and are captured by sensitive modern equipment.
Light in the eyes
Eyes that are constantly exposed to photons from the external environment passing through the tissues of the eye emit spontaneous and visible ultra-weak photon radiation. One hypothesis is that this light causes delayed bioluminescence in the tissues of the eye. This explains the negative sequential image phenomenon.
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The eye emits spontaneous and visible ultra-weak emission of photons
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This light emission may be associated with brain energy metabolism and oxidative stress in the mammalian brain. However, the emission of biophotons is not necessarily epiphenomenal. According to Boccon's hypothesis, photons are emitted during visual performances.
In a recent study, participants were in a very dark room and imagined light. Their thought led to the amplification of ultra-weak emission of photons. This supports the increasingly popular idea that biophotons are not just a byproduct of cellular metabolism.
Our cells and DNA use biophotons to store and transmit information.
Biophotons are used by the cells of many living organisms for communication. They facilitate information / energy transfer, which is an order of magnitude faster than chemical diffusion. A 2010 study states:
"The interaction of photons at the cellular level is observed in plants, bacteria, animal neutrophilic granulocytes and liver cells." Scientists found that "stimulation of light of different spectra (infrared, red, yellow, blue, green and white) at one end of the efferent nerve led to a noticeable increase in the activity of biophotons at the other end."
According to the researchers, "light stimulation can generate biophotons that pass through nerve tissues as signals of brain communication."
At the molecular level of our genome, DNA is the emitter of biophotons. From a technical point of view, a biophoton is an elementary particle or quantum of light of non-thermal origin in the visible and ultraviolet spectrum, emitted by a living organism. It is believed that biophotons arise from the metabolism of energy within our cells, or, to use scientific parlance, they are a by-product of biochemical reactions.
Circadian release of biophotons
Since the body's metabolism changes with the circadian rhythm, the release of biophotons also changes with the time of day. Researchers have identified places in the body where there is a weak and strong release at different times of the day:
“As a rule, the activity of photons in the body is lower in the morning than in the afternoon. The abdominal and chest area has the lowest output. The area of the upper limbs and head has the highest radiation, which increases during the day. Spectral analysis of the emission in the front of the right leg, forehead and palms showed radiation in the region of 470-570 nm. The radiation in the center of the palm in winter / autumn was 420-470 nm."
The scientists concluded: "These measurements can provide quantitative data on individual differences in antioxidant processes in living organisms."
Meditation May Affect Free Radical Activity
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Meditation and herbs affect the release of biophotons
The study found a difference in the emission of biophotons between people who practice meditation and those who do not. It is associated with oxidative stress. Those who meditate regularly have lower ultra-weak photon emission (UPE). One possible explanation is the lower level of free radical activity in their bodies. One clinical study involved people who practice transcendental meditation. Scientists have found:
“Two people who meditated regularly had a lower UPE intensity. Spectral analysis of the UPE suggests that the ultra-weak radiation is, at least in part, a reflection of free radical reactions in the living organism. It has been shown that psychological and biochemical changes caused by constant meditation can influence the activity of free radicals.
Interestingly, stress-relieving herbs also reduce biophotons in humans. One of these plants is rhodiola. A 2009 study published in the journal Phytotherapeutic Research found that a group of people who took rhodiola for one week had significantly decreased photon emission compared to participants who took a placebo.
Sayer Gee
