Detailed health scan in horses
This health scan can show in detail in which parts and systems of the organ and tissues something goes wrong. It also scans for all kinds of diseases and conditions that it also displays. The scan is medically certified by MedCert, the highest German medical certification body.
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The scan works on non-linear diagnostics (NLS). The NLS technology is quantum physics based on biophotons. Several scientists further developed this technology: Professor Popp (biophotons), Prof. Heinrich Hertz (light waves) and Prof. Theodore van Hoven (Quantum Theory). dr. Huf then further developed the scan for horses.
How does it work?
First and foremost, a thorough history is taken and the horse is completely examined. Then 2 detectors are attached to the halter on the horse's cheek. This is connected to the scanning system.
The scan sends a specific vibration through the right detector into the energy field of the horse. This vibration is then picked up and translated by the left headphones 'the sensor'. These light frequencies are called 'longitudinal light waves' and these are 'sent into the body'. The frequencies collected from the body are compared with the benchmark values ​​in the database of the scan via a mathematical spectral analysis and converted into a digital signal that we can see on the computer screen.
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One can very accurately determine the degree of balance or imbalance in a scanned body area. By default, he scans the large body parts such as the head, trunk and skeleton, followed by the individual organs, tissues, cells, DNA and ultrastructures.
Due to the contribution and applications of Prof. Popp (biophotons), the accuracy and reliability is very good. Other systems based on this technology operate on the basis of electromagnetic waves.
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Biophotons literally mean bio = life and photons = light vibration. They are light particles produced by all living organisms as a by-product of metabolism. When stressed, the biophotons multiply. And it is precisely these biophotons that we can observe on the scan.
The radiation emitted by the scan is very weak, so there is no burden on the body. Diseased cells emit chaotic rays of light that we get clearly visible on the scan.