Digital spectra
What are "digital substance spectra"?
All substances produce noise
Every substance constantly emits a weak electromagnetic spectrum – the so-called thermal noise. According to the principles of informational medicine, this noise contains the characteristic features of a substance, its "energetic fingerprint".
According to the findings of informational medicine, the body reacts to substance signals.
Although this signal is very weak, the body can decode the substance-specific information contained in the noise and react to it in a very characteristic way with its regulatory system – with stress if the information has a negative effect, and with a balancing of the regulatory system if it has a positive effect.
This principle is not only utilized by holopathy, but by almost all energy medicine methods, for example, homeopathy, electroacupuncture, bioresonance, and the well-known kinesiological muscle test.
The substance noise can be digitally scanned.
The QuintSpectrum software is based on the idea that this thermal substance noise can be digitized and processed by a computer using digital signal processing methods. To this end, we at QuintSysteme have developed a special substance scanner with which we can digitally scan the long-wavelength component of the noise spectra and store it in a computer database – much like the digitization of music that is common practice today.
A comprehensive database of scanned substance spectra
Since 1994, the results of these scans have gradually led to the development of QuintSpectrum's comprehensive substance database. Using suitable playback devices such as the QuintStation 525 or the QuintBox, the substance spectra can be reproduced and transmitted to the client at any time. There, they have an energetic effect equivalent to that of real substances – indeed, due to electronic amplification and superposition with an electromagnetic carrier wave, they are in some ways even more intense.
Simpler and faster analysis, more complex applications
QuintSpectrum's digital substance spectra technology has revolutionized biophysical analysis: Instead of laboriously handling test vials, a few mouse clicks are now sufficient to have virtually any substance available for testing in seconds.
In addition, there is the high, consistently high quality of the substance spectra, the outstanding ease of use, the clarity, the effectiveness, and the extensive test and application configurations, which are only made possible by digital signal processing and would be inconceivable without it, e.g.:
Mixture of substances
Potentiation through the application of suitable digital filters
Creation and storage of digital recipes
Playback in provocation and compensation mode
Sophisticated priority analyses
Analysis of optimal nutritional supplements