I was asked to investigate why the atmosphere in a school was so oppressive and, in any case, completely unnatural. Without having to visit the site: using a map. Map-based research is a very specialised field of dowsing, and undoubtedly the one that dowsers love most. Here is a method derived from the work of Louis Turenne for revealing, on a simple sheet of paper, the energy patterns of a site located on the other side of France, outlining them in pencil and determining whether they are harmful to those who live there.
Preparing the map
First, the map must be positioned perfectly in relation to north, so that it emits as many waves as possible and the pendulum can pick them up more easily. Swing the pendulum in ‘search’ mode over the map and rotate it until the pendulum changes its movement: oscillating east-west, as shown here, but also north-south for some, or even turning to the right or left for others. The map is then aligned.
The waves we are looking for most certainly originate from underground, and we need to make them appear on the map. To do this, we use a technique known as the ‘124’: placing ‘124s’ all around the map causes the telluric waves to appear and concentrates them within their perimeter. It only takes a few minutes before you can begin.
The plan and the actual site
Aligned with north, the plan is exactly the same shape as the actual site. The Law of Similarities therefore applies automatically, and a wave zone forms between the plan and the original site. Moreover, when swung around the plan, the pendulum swings in the direction of the actual site, whether it is at the other end of France or on the other side of the world. As usual, we use the wave antenna to better distinguish between the different waves. And as we are looking here for waves that are undoubtedly harmful – whereas magnetic waves are never harmful – we shall, for once, disregard the magnetic waves and move straight on to the electric waves.
Two zones of electric waves +
Vertical needles, with the + poles pointing upwards; when the pendulum is set to ‘search’ mode on the map, it oscillates in one direction, then in another, then returns to the first, always after the same number of oscillations – in this case, 13 – and so on indefinitely: it has found two zones of + electric waves and oscillates from one to the other to indicate their approximate location to us.
For the first zone, we set the pendulum in motion again and, without waiting, move it in the indicated direction until it changes orientation: it is then directly above the wave, which is travelling in a direction we will follow. Move it slowly: as long as it continues to swing in this way, it is above the zone; as soon as it returns to search mode, the zone stops. Mark it out with a pencil, then do the same on the other side. This produces a line on the map, corresponding to an area of positive electrical waves. We repeat the process for the second area, which the pendulum indicates after 13 oscillations. Ultimately, there are two areas: one to the south, and a second, larger one, to the north.
With the poles pointing upwards, then with the poles reversed, the pendulum, when swung at the edge of the plane, detects nothing: the plane emits only positive electrical waves, which originate from two underground cavities situated a few tens or hundreds of metres apart. Are they of the same type? Simply swing the pendulum in the middle of the zone. If it remains in search mode, the two zones do not have the same frequency. If it swings from one to the other, as shown here, they have the same frequency, or at least the same pitch or wavelength, and in almost all cases, they are the same type of wave. The entire area is therefore contaminated by the same type of wave.
Infrared waves reveal harmful waves
To determine whether these waves are beneficial or harmful to humans, we look for infrasound – a long and tedious process. We use a wave-detecting antenna with crossed needles, one pole (+) pointing upwards, the other pole (–) pointing forwards or backwards, and a second antenna to pinpoint the various areas of the plane. The tip of the antenna is aimed at one end of the wave zone and the pendulum is swung anywhere across the surface, whilst slowly moving the antenna out of the zone. After a while, the pendulum swings parallel to the zone: this point is noted. Repeat this twice, then do the same at the other end, and join the points to draw a first transverse line, more or less parallel to the zone. Two further lines follow, making a total of three parallel lines: these are infra-waves, images of the wave zone, which the pendulum picks up relatively easily, both on a plan and on site.
To truly classify them as infra-waves, it would be necessary to define, in addition to the cross-lines, rectangles forming a wave grid – a characteristic feature of infra-waves. We do not do this here, as this investigation requires a great deal of time and patience. On the other side of the zone, the pendulum detects no infra-waves, and this is very bad news: had we found the same infra-waves in a symmetrical pattern, it would have been a sign of waves that are perfectly beneficial to humans. The same investigation in the second zone shows that it is this zone’s infra-waves that resonate with those of the first: the entire space between the two zones is contaminated by waves that must necessarily be described as harmful to humans.
Key points to remember
To identify a harmful zone on a map, one looks only for electric waves, which mostly originate from underground cavities or dry faults. We are not concerned with anything else, which makes the search easier, or at least quicker. Here, the two zones of positive electrical waves emerge from the subsoil and propagate upwards into the sky for tens of kilometres: two walls of waves, a few hundred metres apart. As they are created by the same waves, the entire space between them is filled with the same ‘+’ electric waves, which serve no other purpose than to reduce the wavelength of our health. It is not hard to imagine how those living in this confined space feel.
What remains to be determined, as precisely as possible, is what type of waves we are dealing with – that is, their amplitude and wavelength – and then to discover how to get rid of them. This is the subject of the second part, reserved for Members.