Wave analysis
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Lesson 1
Steady-state waves
All ± waves (magnetic or electric) are carrier waves, along which other waves can travel. They are also known as sustained waves, quite simply because they sustain the waves as they pass through, causing them to interact with one another and keeping them in a stable state, which our pendulum will pick up very easily …
Available with module 4
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Lesson 2
The spectrum of standing waves
A sustained wave is the wave that a body emits naturally, but the one that interests us most of all is the radioactive sustained wave, which breaks down into one primary wave and seven secondary waves. These seven secondary waves are remarkable, because they alone will enable us to classify all bodies in nature into seven categories – and not a single one more. This will make our task much easier, in all circumstances …
Available with module 4
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Lesson 3
Shock waves
Shock waves are the sound waves that a metronome or a watch propagates through the atmosphere, but they are also the waves emitted by colours, for example, and many other objects besides, which our pendulum easily detects. By dividing the number of these shock waves by 2,500,000, we find the exact wavelength of all these waves in nm (nanometres), that is to say, the actual wavelength, as estimated by scientists …
Available with module 4
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Lesson 4
Pendulum waves
All waves travelling along a standing wave emit a pendular wave, which defines a body’s polarity, but which also enables us to identify the different parts of the wave – its true energetic signature, so to speak. It is from this pendulum wave that we will discover whether or not we are in good health …
Available with module 4
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Lesson 5
The spectrum of pendulum waves
All natural phenomena possess polarity, and whilst we are now familiar with the term ‘polarity’, it is time to discover how it actually manifests in its simplest form – a spectrum – which enables us to identify exactly which waves are present, and which our pendulum will detect …
Available with module 4
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Lesson 6
Louis Turenne’s tools
The wave metre, the Universal Wave Rule and the Turenne disc are the most common tools, which we will use regularly to analyse natural waves more accurately. It is only on the basis of these measurements that we can finally consider ourselves to be true modern dowsers …
Available with module 4
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Lesson 7
Calculation of wave heights
The calculation of wavelengths is of paramount importance in modern radiesthesia, particularly when carrying out energy healing using the methods recommended by Louis Turenne. As a general rule, all natural substances whose wave length is close to that of the colour violet are beneficial to our health …
Available with module 4
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Lesson 8
Calculation of wavelengths
All our cells vibrate in unison, and when we are in perfect health, their wavelength is 8 metres – the ideal wavelength for good health. We will learn how to calculate this value using the universal ruler, which will enable us to discover our true state of health …
Available with module 4
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Lesson 9
Practical applications
Having learnt about the different natural waves, how our pendulum reacts when it comes into contact with them, the laws that govern them and an effective way of analysing them in depth, it is now time to discover how these natural waves will actually be of use to us in our daily lives …
Available with module 4
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Lesson 10
Conclusions
In modern radiesthesia, analysing any object allows us to determine whether or not a substance can be assimilated by the human body and whether it will enable the body to increase the wavelength of its cells – that is to say, keep the person in good health – or, conversely, cause it to decrease and make the person ill …
Available with module 4
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