BIOFOTONS
Below is a summary of the study and observation we did in relation to the behavior of coherent water.
Biophotons (light particles)
A guiding light into the emergence of coherent water
WHAT ARE BIOPHOTONS?
All light has an origin, from a simple desk lamp to the sun. But did you know that living things also produce light? From bacteria to human tissues, everything emits a tiny amount of light: from near ultraviolet to infrared. This weak stream of light is known as biophotons, derived from “bio” (life) and “photon” (a particle of light).
Scientists suspect that biophoton emissions are linked to several cellular processes, particularly oxidative reactions in our power plant: the mitochondria. These tiny factories produce ATP, the fuel for all cellular activities. In a sense , then, we glow from within as a result of our ongoing energy production.
From a seed to an idea
The discovery of coherent water is closely related to biophoton research. In our early experiments, we used plant seeds as a model. Inside each seed is the potential for something much bigger, which comes to life with water and light.
By exposing seeds to different types of water, researchers found that they could influence physiological responses of young plants. This, in turn, changed biophoton emission. It was the first step in the development of creating stable coherent water. This water builds on these scientific insights to support the vitality of plants as well as people. Discover the power of coherent water and experience the difference yourself!
Vitalizing water for vitalizing food
When we analyze the biophoton emissions of different plants, we focus on specific aspects of the phenomenon, such as spontaneous emission and delayed luminescence. Together, these parameters give a picture of the overall energy level, (vitality) of the organism.
A more recent study included fruits of plants and seeds that had been hydrated with coherent water. By analyzing different light emission patterns of these fruits, we were able to assess their mitochondrial activity and thus their energy storage capacity. For example, experiments with cherry tomatoes showed that watering plants with stable coherent water increases the biophoton emission of their fruits by up to 60%!
Biophoton emission from wheat seeds
Figure 4. DL50-100 values of wheat seedlings germinated with untreated tap water (Control, blue circles), Coherent stable water (Treated, red circles) or Test Water 2 (Treated2, green circles). Seeds treated with Stable Coherent water produced the highest DL50-100 values. This graph shows the results of one representative experiment. A similar trend was observed in 7 of the 9 experiments conducted during the course of the study.
Biophoton research of critical importance
Biophoton research has been crucial to the development and creation of the stable coherent water.
Today, we use biophoton analyses as standardized tests to analyze the quality and stability of the “mother water” that underlies all our products.
