We all have our own problems, even if it is at a level too low to see with the naked eye. our bioluminescence there is.

At what times of the day do we emit more invisible light and How is it possible to see this?

It is different from infrared radiation from body heat.

Some creatures, from fireflies to sea creatures, defense mechanism We all know that it radiates light as a means of communication. However, it is new information to many of us that humans also radiate a similar light.

So where does this light come from? Bioglow is created as a by-product of cellular metabolic processes in our body. With every breath we take, with every cell renewal The resulting chemical reactions release energy, albeit at low levels.

Energy turns into photons, the basic units of light. We cannot see it with our naked eyes because of the sensitivity of our naked eyes. a thousand times lower, a faint glow.

So how did they see and notice it then?

Japanese scientists conducted a study to observe this interesting fact. Five healthy men in their twenties spent twenty minutes every three hours for three days in light-tight rooms. They stood in front of the cameras in complete darkness. Highly sensitive cameras were used to measure dim light.

The results were quite interesting. Indeed, the human body emits different light intensities at different times of the day. Less light in the morning hours It reaches its peak around noon and decreases in the evening.

Bioluminescence changes in direct proportion to the natural fluctuations of metabolism during the day. As metabolic processes increase The light also spreads further. In other words: our body radiates all day long according to its own biological rhythm.

Moreover the face shone brighter than the rest of the body. This is explained by the fact that the face is more tanned than the rest of the body, which means that it is more exposed to the sun. Because melanin has fluorescent components that can increase light production.

Bioluminescence can also provide clues about our health.

While healthy cells emit strong light, in stressed or diseased cells This gloss is perceived to be lower. In fact, the intensity of this light can be directly related to our general health. In other words, it could be possible in the future to collect information about human health by taking advantage of this glow.

Someone from now on “You’re radiant!” You’re not really lying when you say this.

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