Your pendulum is not picking up a wave that you know is present: does that mean it does not exist? Whilst analysing a Lakhovsky disc, we came up against this problem, which everyone regularly encounters with their pendulum. Modern dowsing offers a simple solution, which avoids the long hours of concentration required by traditional dowsing: the indicators. A copper plate, acting as an antenna for the waves, and, above all, a simple number written on a piece of paper, in the manner of our ancestors.
A disc that remains silent
The Lakhovsky disc is a copper circuit covered with a gold plating, which, according to its creator’s website, acts as a Tesla antenna or a Lakhovsky antenna. It is said to energise water, protect against harmful waves and much more besides – something we shall verify in a future tip. For right from the start, there is a surprise: when held above the disc, within the magnetic field, the pendulum registers nothing. Yet copper naturally emits a positive magnetic field, and the pendulum should swing to the right. Either the disc is not made of copper, as claimed, or it is, but the copper’s magnetic field is weak and the pendulum struggles to detect it. As the website selling this product is entirely reputable, we’ll go with the second hypothesis.
A weak wave
When held over a copper plate, the pendulum eventually swings to the right, but note that its swing begins very slowly, even laboriously, before gaining momentum. This is a sign that the copper’s wave is not very dynamic. With practice, the pendulum will always swing, but a beginner may lose patience. This is why, in modern dowsing, we use amplifiers, whose sole purpose is to amplify the waves present in order to facilitate the pendulum’s movements.
From the copper reference plate to the universal reference plate
A second copper plate held in the hand serves as a reference: the pendulum now seeks only a wave of the same frequency. It does indeed change direction more quickly above the plate, and on the disc, it eventually swings to the right: the disc is indeed made of copper, but the pendulum still reacts very slowly.
We then move on to the universal indicator, the wave antenna, capable of separating the waves and retaining only the one we need. According to the work of Louis Turenne, copper emits a + magnetic wave: so we position the two needles horizontally, with the + poles facing forwards, and the pendulum rotates to the right even more rapidly. By holding both the antenna and the copper plate, we combine two indicators, and the movements become even faster, on both the plate and the disc. The more indicators one holds, the more the waves are amplified and the faster the pendulum reacts, whereas initially, on its own, it did not pick up any magnetic waves from the disc.
The written indicator
In the natural world, one does not necessarily have a copper plate to hand. But we have already seen that the waveforms of letters – especially vowels, and even more so numbers – are particularly dynamic. So we write the atomic number of copper, 29, on a piece of paper held in our hand. This number emits a very powerful waveform, the same as that of copper: the pendulum swings to the right almost instantly, just as quickly on the disc as on the plate.
Radiesthetic writing
There is something even better. In modern dowsing, we do not use traditional writing, but that of our Ancestors, who wrote from right to left: this is dowsing script. Written backwards, 29 becomes 92, the true indicator of copper, and this works with all the chemical elements. With 92 in hand, the pendulum swings to the right even more quickly, on both the plate and the disc.
Key points to remember
Rather than concentrating for hours on the object of your research – which quickly becomes tiring – write the atomic number of the element you are looking for from right to left. For copper, 29 becomes 92, a number that emits a very dynamic waveform at the exact frequency of copper. This works for all chemical elements – and therefore for all substances in nature – and you can add a wave antenna to amplify the effect further.
The pendulum always picks up the most powerful wave first. If it does not pick up the wave that is supposed to be present, it is for one of these three reasons: either the wave is not present at all and we have been misled about the product’s composition, or it is present but so weak that the pendulum could not detect it, or it is present and perfectly strong, but is masked by an even stronger wave. This is exactly what happens with this disc, and we’ll explore this further in a future tip.