One of the highlights of this year’s colloquium in Fulda was the paper given by Professor Dr. Popp on “Recent Findings in Modern Physics and a Possible Connection with Bioresonance Therapy”, which was met with warm applause from the audience.

Professor Dr. Popp began his paper with an experiment which, over the past 5 years, has helped him time and again whenever he has tried to understand why living systems react differently to inanimate matter. Here are a few excerpts from his paper:

“It is often the case that the solution to complex problems is actually surprisingly simple. Nature has not necessarily developed in a way that the scientist can always understand; it takes its own course without taking into account the information currently available to scientists.

However, it uses the most simple of principles to optimise its development. These most simple of principles are so simple that they are difficult to comprehend fully because it is hard to believe that it could possibly be so simple. Yet, the simplicity of the solution lies not in analysing in ever more detail how matter is composed or breaking the system down into ever smaller pieces and then believing that once we have isolated individual molecules we are able to understand the system as a whole. An example: If I want to describe a spring and this spring is broken down into smaller and smaller pieces, in acid for example, I of course lose sight of what makes a spring a spring – its capacity to oscillate*. If I break the spring down into its component parts I lose the ability to recognise that oscillations occur and that these oscillations are very important in the understanding of springs. A similar effect occurs when humans are broken down into individual genes”.

“The wisdom of nature lies in its capacity to use physical principles which we have so far only been able to apply to technology to a very limited extent”.

“Nature has seemingly not worked to the principle of fitting together as much as possible, as much volume, power and strength as possible but rather it uses physical possibilities which we as scientists have not yet fully comprehended, but which we are slowly beginning to understand. The further we come on, the more we are surprised by how simple these principles actually are, how elementary they are and how important it is to recognise this essence, the fundamental nature of these principles”.

“One of the most simple principles can be shown in an elementary test. I have here two tuning forks whose resonances are in harmony. I will now hit both these tuning forks. See how I can make the sound louder and softer by changing the distance between the tuning forks”.

(Prof. Dr. Popp brought the tuning forks nearer to each other and the sound grew quieter then he increased the distance again and the sound became louder).

“What is happening here. What happens when by simply changing the distance I can make the sounds softer and louder?”

– “In other words, this oscillation energy, because we are talking here about energy, is stored in the system when I change the distances and can then be released again. And this simple principle which is only possible where resonance occurs (both

* Please also see overleaf for
definitions

...“These most simple of principles are so simple that they are difficult to fully comprehend because it is hard to believe that it could possibly be so simple”...

tuning forks must have the same frequency), this simple principle is sufficient to store the energy and to release it again. This principle can be represented under entirely different conditions without the need for tuning forks. This can be demonstrated just as well using electromagnetic or mechanical energy; there are no forms of energy where this principle does not apply. Two conditions are necessary for this: the first condition is that of resonance, the second condition, which is also very important, is that the waves which I produce (sound waves) can interfere* with each other and are capable of interference. Physicists refer to them as being coherent*. This means that if I have fulfilled both these conditions – that resonance can occur and that both of these waves are coherent, I can then store energy and release it again. I can let these both communicate with each other”. “Think of it like this: we and all other living systems are made up of oscillations, we are all oscillating systems; oscillating systems in the sense that we are subject to continuous oscillations. We have a day-night rhythm, we have heart and pulse beats, we experience muscle vibrations and, even at the level of each individual cell, oscillations and metabolic oscillations are taking place constantly, something which today’s molecular biologists will readily confirm. It is easier to see humans as beings capable of oscillating rather than as chemical reactors. Your body contains a great many “tuning forks”.

“This communication effect through interference, through coherent waves, is the very principle which underlies biological organisation. It is the principle, for example, underlying how individual cells communicate with each other and create highly specific structures and forms. It is the principle governing the organisation of organs, it is the principle governing how shapes are formed, such as the liver or the size of a person. It always comes back to this simple principle”.

At the end of his talk, Professor Dr. Popp rightly pointed out that numerous scientific experiments had established and continue to establish those principles which help us explain and understand the nature of life, of cell communication and organisation. In this way, physical principles can help us understand why less invasive forms of medicine such as Bioresonance therapy can bring about improvements in physical condition and cure disease.