Bioresonance explained
Resonance is about vibration. We are all familiar with vibrations - there are special sensors in our skin for vibration and our phones can be set to vibrate when we are called. We respond strongly to this vibration probably because it sounds like a large dangerous insect heading our way when you think about it.
The frequency of vibration is all important. Rodents can hear much higher frequencies than humans so you can buy deterent devices that make a very high-pitched sound that you cannot hear but the rats hate. Similar with dog whistles.
Everything in nature is made up of atoms, and much at the atomic level is purely energetic. The atoms are composed of charged particles that oscillate in a recognisable pattern - meaning they have a recognisable vibration.
So when a scientist develops a device that can record these oscillations or vibrations then these recordings can be used in carefully-designed testing equipment. These scientists realised that there might be a market for testing these vibrational recordings against human beings and developed devices that they hoped would be useful for human health problems.
Michael came across such a machine over 20 years ago. It was designed by a USA-based computer scientist and inventor who found a way to digitally record the resonant energy of substances. Over 20,000 test samples were stored on a small floppy disc, the only medium available at the time to load software into a computer. The testing software runs on a very stable DOS platform that has stood the test of time.
Well over 10,000 people have been tested by Michael on this computer over the past 20 years. Its database contains around of 20,000 samples taken from almost everything that we could be exposed to including pathology and microbiology specimens. This enables testing of almost every body part and every type of germ.
About 12 years ago Michael acquired another bioresonance device manufactured in Germany. It works at a faster rate by recording the complex energy vibrations emitted by a person into the software and testing the signals against this recording.
The device comes with an extensive database especially of the human genome. It also allows the user to record their own signals. Michael felt he needed a different type of database so he has created an additional 75,000 testing signals over the past 10 years - the result of a year's full-time work effort