When quantum physics become important for
health
02.
Biophotons: control centres in our body
In a living organism, cells communicate with each other. This theory was developed by the biophysicist Prof. Fritz-Albert Popp back in the 1970s. He was able to prove that all organic tissues emit a weak light. While the radiance of light decreased only very slowly in living cells, it decreased quickly in dying cells and disappeared altogether after the cell died.
Cells of an organism take in photons from outside like light particles from sunlight. However, cells can also produce photons themselves. Popp used the term Biophotons (bio(s), Greek for life) for these light particles. According to his theory, they are jointly responsible for life in every organism: cells produce biophotons, emit them and use them to communicate throughout the body. They control and regulate processes. In other words, they activate or balance, they coordinate and bring order.
Biophotons are information carriers. They stimulate processes in the body or make them possible in humans, animals and plants etc. This shows how important these smallest particles are for our lives and our well-beings.
Why biophotons?
We know that biophotons are essential for life. We also know that we (and all other living organisms) need a certain, undefined number of them in our cells. But that's not all. The crucial point is that biophotons are coherent light. This enables them to transport relevant information throughout the entire body.
So basically, they are a means of transport and do not serve a pure end in themselves. Accordingly, we need a sufficient amount of biophotons with the right information in our cells.
Light, biophotons, information, function - a classification
Compare an organism with a company. Without a brisk exchange of information nothing will work. It is simply impossible to maintain a construct, unless people, machines or in our case here cells communicate with each other. Let us take the comparison even further to make it easier to classify the terms: there are people, systems and processes in a company. Employees exchange and pass on information in meetings or by email i.e., acting as carriers of information – in the end this produces results.
If we compare the company with our human body, these pairings are opposite:
- Employee - cell
- E-mail - biophoton
- Information - information
- Result - body function
This comparison vividly shows that biophotons are of elementary importance to us. And there is a branch in information medicine that deals with exactly that: biophotonics research.
Vitality thanks to biophotons
For an organism to function smoothly, it needs the right amount of biophotons and the right information. What happens if neither is available to it? That's right. There is less exchange of important information. This leads to disturbances in the regulatory processes and thus to less vitality. As a human being, you might say "I feel unwell", "I can't concentrate properly" or "I'm absolutely exhausted". This is the opposite of what most of us want. And also, the opposite of what is good for animals and plants.
So, let's strengthen our energy metabolism. For an "I feel good", an "I feel fit" and an "I feel strong as an ox". With the help of biophotons, it really is possible. This is also shown by the results of a study conducted by Dartsch Scientific, Institute for Cell Biology Testing Systems*. Study leader Prof. Peter C. Dartsch was able to demonstrate in vitro that water vitalized with our technology has a significant effect on increasing the basal energy metabolism of cultured connective tissue fibroblasts. On the Studies page, we have prepared more information and a summary of the study for you.
*This study was carried out by the Dartsch Scientific Institute for Cell Biology Testing Systems in 2019 using the High Tech Vitalizer, the precursor to the Beosigner®. The results can be transferred 1:1 to the Beosigner®. The Beosigner® offers an additional comprehensive concept, but the biophoton technology is fundamentally the same in both devices.
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