It has been scientifically proven that every cell in the body emits more than 100,000 light impulses or photons per second. These light emissions, which are not only emitted by humans but by all living things, are called biophotons and have been found to be the steering mechanism behind all biochemical reactions.
Biophotons have been observed and measured using specialized equipment since the 1970s, starting with the pioneering studies of biophysicist Fritz-Albert Popp. Since that time over 30 peer-reviewed academic research papers on biophotons have been published in publicly indexed scientific journals.
Every biochemical reaction is preceded by an electromagnetic signal
In the classic models of chemistry and physics, light is emitted when an electron is “excited” to a higher energy state and then falls back down to a lower energy state, which occurs any time a chemical reaction takes place. Traditionally, biology and medicine have focused on the biochemical reactions between proteins, DNA, and other molecules within cells. However, a biophoton is always emitted before every biochemical reaction. Without the biophoton signal, there can be no chemical reaction; they are like a steering system for all the biochemistry that takes place in the body.
Communication of information between cells
The body uses biophotons as information packages to send signals from one point to another in much the same way that fiber-optic cables transmit signals using light. Biophotons carry information about the state of the body, because healthy cells, sick cells, tumor cells, and infectious viruses and bacteria have different light signals. Biophotons, like all photons, can form either a pattern of coherence, where individual light frequencies complement each other as in laser light, or chaos, where individual frequencies are disordered. These principles of biophotons form the basis for biontology.
Light is life
Human beings are essentially light beings. Medicine is grounded in the study of cadavers, dead tissue. But only living things emit light. Traditional medicine tries to correct a chemical imbalance in the body by adding more chemicals. This may or may not have the desired effect on one symptom, but it will inevitably add stress elsewhere in the body. By contrast, when biophotons are made available to the body the body will use only what it needs to neutralize chaotic signals and thus restore health.