What is LaesEr Bioresonance?
By this time, you must surely can’t wait to actually understand what LaesEr Bioresonance system is. What is the LaesEr Bioresonance and what principles is it based on? Let us first take a look at what the device attempts to do.
Aims and Objectives
The LaesEr Bioresonance is a device created so that it could work as tester independent. The idea behind was to create a system that could subjectively judge every individual’s pressure, handle and speed of electrode application based on the frequencies that particular person might be giving off.
The device should also be such that not only does it give neuro-feedback but also allow the use of those signals for therapy purposes. This is because conventionally, no device existed that could not only give off diagnostic results but also help in developing therapies. So the LaesEr Bioresonance was designed keeping this in mind.
When this system was developed it was kept in mind that energetic autonomic body responses should be the primary focus so that any limitation that a patient might deliberately try could be overridden. Likewise, change in energy level due to patient reaction was not enough because these would have been general biofeedback.
And last but not the least, the new system should not aim to be completely different from the CoRe system, but should be symbiotic to it and should not need to make any changes to existing functioning.
Principles of the LaesEr Bioresonance
The system is based on two communicatory principles:
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The first thing that needed to b understood was that if energy information transfer was to be made successful, controlling or influencing the energy to hold information would not be enough. For the communicator to receive that information it is must that energy is actually transferable, which means that frequency range, as well as pattern, needed to be different for different individuals. This we did by dividing the process in two parts. First by taking electromagnetic fields of the individual and showing its quantity on the LED of the Neuro-feedback or on the Fast Fourier Spectrum on a computer screen.
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The message received is then combined with a biofeedback signal which is obtained from the CoRe algorithm and shown on the LED bar of the biofeedback section. This too is measureable.