The 10 types of waves
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Lesson 1
An Introduction to Natural Waves
This first lesson is intended to serve as a refresher on what we already know – to a greater or lesser extent – about electromagnetic waves, and before we have a go with our pendulum, we’ll need to fully grasp this material and … it’s not going to be a walk in the park. But once we’ve properly understood how these waves work, everything else will be nothing but fun and a sense of wonder at the magic of the universe, which our pendulum will gradually reveal to us…
Available with module 2
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Lesson 2
Electromagnetic waves (1)
In the first lesson, we discussed electromagnetic waves and, above all, refreshed our knowledge of them, so that we could understand how our pendulum would react when exposed to each one. Now, we’re going to explore the electromagnetic waves emitted by most natural objects and, in this first section, those associated with colours and chemical elements …
Available with module 2
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Lesson 3
Electromagnetic waves (2)
In this second part, which focuses on exploring electromagnetic waves using our pendulum, we will look at the waves emitted by minerals and organisms (including plants, fungi, fruit and vegetables), as well as those emitted by humans and electrical appliances …
Available with module 2
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Lesson 4
Radioactive waves (1)
‘Radio-disintegration’ is the name Louis Turenne wanted to give to what is now known as radiesthesia. All bodies in nature are composed of molecules, made up of cells, which are themselves made up of atoms, all of which inexorably break down throughout their lives, until the point when the atom no longer exists: this is the state of atomic disintegration …
Available with module 2
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Lesson 5
Radioactive waves (2)
Solar radiation, and cosmic rays more generally, cause everything on the Earth’s surface to disintegrate. The disintegration waves emitted then generate heat, as well as electrical waves, which, as they propagate through the atmosphere, carry all other waves away with them. A very practical and entirely natural way of getting rid of harmful waves and making way for waves that are perfectly beneficial to us and our environment …
Available with module 2
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Lesson 6
The radio aerial
We often find ourselves looking for a specific wave – such as that of water, certain minerals or underground cavities, for example – and it is difficult, if not impossible, for our pendulum to select one wave from amongst so many others. This problem is solved by the wave antenna, whose role is to select a specific wave and ensure that our pendulum searches only for that wave and no other …
Available with module 2
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Lesson 7
The last 3 waves
Infrared, ultraviolet and Turenne waves are the last three types of waves we are going to explore, although the waves we will be working with on a regular basis remain infrared waves – exceptional waves, some of which, particularly ‘infravert’ waves, will even help us to heal ourselves …
Available with module 2
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Lesson 8
The 'Empty' indicator
All bodies in nature emit waves, but amongst them, the waves of the Void are omnipresent and, paradoxically, wherever there is Void, there is Life. The waves of the Void will assist us in many areas of work, including research into the plane, and, like all chemical elements, the Void – element 124 – has its own indicator, which will prove indispensable to us …
Available with module 2
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Lesson 9
Practical applications
Louis Turenne had developed a genuine methodology for researching waves – the one we shall examine here, which will enable us to analyse all the bodies found in nature: minerals, plants, chemical elements, animals and even us, human beings. After these analyses – ranging from a simple dot drawn on a sheet of paper to mysterious sites scattered all over the world, via our diet and everything related to health – we shall never view the world in the same way again…
Available with module 2
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Lesson 10
Conclusions
Everything that exists in nature emits waves – electromagnetic, radioactive, infrared, ultraviolet or Turenne waves; and we are now able to distinguish between them all, detect them with our pendulum and systematically determine whether they are beneficial or harmful to our health and our environment …
Available with module 2
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