Cavities, like coils, provide amplification. Wouldn't it be useful to place witness samples in a box during research?
- Yes, a cavity amplifies just like a coil; this is correct, provided that a metal wire enters the box or the box's volume is precisely tuned to its contents (a box with variable capacity via a sliding lid, or a piston).
- However, you would achieve real amplification by placing your witness samples for your research in wood or cardboard cases with metal bases and lids pierced with a central hole... But you are simply rediscovering a process popularized by the engineer Turenne.
I have heard that it is possible to increase one's radiesthetic sensitivity using colors. Is this true, and how does one proceed?
It is correct in the sense that by using certain suitable colors, you can either extend your sensitivity (in space or in time) or make it more precise.
Green makes you more sensitive to long distances, even at night. Blue makes you more sensitive to the past or the future. Yellow provides more precision. Dark blue provides more exact answers, etc.
Anyone can easily find the color that suits them best for their usual research using a pendulum. This is done by slowly moving the pendulum over a box of colored pencils or watercolor cakes.
As for how to use the color, simply carry a disk of paper of the desired color on your person, in a sensitive spot. The sensitive spot should be determined using the pendulum. It is sometimes under one of your feet (between the shoe and the sock), on your arm, in a clothing pocket, etc.
It is often simpler to use a colored pendulum. These are available commercially.
Recommended reading: Colors in Daily Life.
Green makes you more sensitive to long distances, even at night. Blue makes you more sensitive to the past or the future. Yellow provides more precision. Dark blue provides more exact answers, etc.
Anyone can easily find the color that suits them best for their usual research using a pendulum. This is done by slowly moving the pendulum over a box of colored pencils or watercolor cakes.
As for how to use the color, simply carry a disk of paper of the desired color on your person, in a sensitive spot. The sensitive spot should be determined using the pendulum. It is sometimes under one of your feet (between the shoe and the sock), on your arm, in a clothing pocket, etc.
It is often simpler to use a colored pendulum. These are available commercially.
Recommended reading: Colors in Daily Life.
Does searching for radioactive materials or ores, such as uranium, pose any danger to the radiesthetist? Can they become saturated with harmful radiation?
- In principle, yes, there is a danger to the researcher's body. The act of tuning into radioactivity obviously makes one sensitive to the influence of all the radioactivity scattered in the air, the soil, and food—radioactivity which tends to increase due to the development of atomic energy applications. While it is accepted that the human body has acquired a certain immunity to low-dose radiation over time, one risks counteracting this defense by becoming hypersensitive to the radiation from radioactive materials.
- Possible remedies? Do not conduct long searches for radioactive materials. Do not exceed half an hour. Allow sufficient rest time between each search. After each search, de-impregnate yourself and stop the tuning. To do this: either wash your hands under plenty of water for one or two minutes, or "knead" a clump of fresh earth (or clay) with both hands, which you then discard after use.
- Afterward, pass your hands over a sulfur stick, wash one last time with soap, and rinse well.
- Provided that you do not conduct research all day and do not center your "radiesthetic sensitivity" exclusively on searching for radioactivity, the drawbacks remain within acceptable limits and, as you suspect, vary greatly depending on the individual.
Reading experiments on maps/plans
Recently, I read a letter in a journal from a dowser I did not know at all. I have also never visited the region where he lives. I took this opportunity to perform a test of purely mental radiesthesia.
Without any geographic map or plan—thus working without a layout—and by visualizing "a piece of land" in my mind, it seemed to me that there should be a magmatic water source emerging from a great depth, 300–400 yards (1 yard = 0.914 meters) southeast of his borehole, with a circular cross-section of 3–4 yards.
I wrote to him with these details. He replied that he had located the source, 400 yards southeast of his house, and that it was 4 yards in diameter.
I then looked for a possible oil deposit in his vicinity. I thought I found one about 250 yards from his house, to the south, layered across five levels. I sent him this information along with some details on how to use witness samples. He replied that he was using a hollow pendulum loaded with oil, which oscillated back and forth until it reached 250 yards, at which point it began to rotate rapidly. He was able to locate all five levels.
Only then did I take a map of that region and look for an oil deposit within a radius of his town. I located three sites of varying importance, at different levels. I told him that there appeared to be a large deposit with eight levels, about one mile (1,609 meters) from a railway line, at the crossing of a saltwater creek, northwest of that railway. He replied that he had been able to go to that region and that, at one mile and twenty yards, he stumbled upon the eight-level deposit. He provided me with the probable depth of each level and the percentage of oil in each, along with its estimated pressure.
Since then, this dowser always works from a plan before going on-site, which gives him precise results.
On property plans
A few years ago, a relative sent me a plan of their property, with a door and a tree as reference points. They asked me to indicate where there was water. I worked on this plan and indicated the location relative to each of the given points, telling them that the water seemed to be flowing toward the north. They replied that they and other dowsers had located it the same way and that everything matched. They also told me that one of the dowsers had found the vein under their house and that it seemed to flow north. I had never been to that region.
Another property plan was sent to me from a region unknown to me with a request to indicate the location of water. I did so and returned the plan. The owner wrote to me: "I am amazed at the accuracy of the remote dowsing work. I had two reputable dowsers on-site who gave me the same indications as you."
A few years ago, I received a plan from a surveyor regarding land located 2,000 miles away, and he asked me to indicate some locations. I did so and returned the plan to him. I was then asked to fly over the area to verify the locations the surveyor had marked based on my indications. Everything was found to be correct, even though the markers were carefully concealed.
An unusual method
I had used an unusual method to work on the surveyor's plan.
On the plan, an excavation had been marked and named. I went to an open field (something completely different) and, by mental convention, told myself that this terrain represented the area on the plan. I took a piece of a tree to represent the excavation and operated as if I were on the actual terrain. My dowsing rod led me to a point that I marked, and then to another point that I also marked. I took the geometric coordinates, which I transferred to the plan.
Note that nothing in the field where I operated by mental convention interfered with the property 2,000 miles away.
I have successfully prospected using plans at distances of up to 7,000 miles and located sites that matched those found by a local dowser.
Regarding oil
It should be noted that in Australia, millions of dollars have been spent on unsuccessful searches by engineers, yet there is oil there—probably more than in the United States.
The consulted dowsers were unanimous in discouraging drilling at sites that were uninteresting in terms of "quantity." And the absence of oil at these useless drill sites was always predicted by the reading of the plan!
H. O. Busby, Civil Engineer
COWRA
N.S.W.
Australia
Without any geographic map or plan—thus working without a layout—and by visualizing "a piece of land" in my mind, it seemed to me that there should be a magmatic water source emerging from a great depth, 300–400 yards (1 yard = 0.914 meters) southeast of his borehole, with a circular cross-section of 3–4 yards.
I wrote to him with these details. He replied that he had located the source, 400 yards southeast of his house, and that it was 4 yards in diameter.
I then looked for a possible oil deposit in his vicinity. I thought I found one about 250 yards from his house, to the south, layered across five levels. I sent him this information along with some details on how to use witness samples. He replied that he was using a hollow pendulum loaded with oil, which oscillated back and forth until it reached 250 yards, at which point it began to rotate rapidly. He was able to locate all five levels.
Only then did I take a map of that region and look for an oil deposit within a radius of his town. I located three sites of varying importance, at different levels. I told him that there appeared to be a large deposit with eight levels, about one mile (1,609 meters) from a railway line, at the crossing of a saltwater creek, northwest of that railway. He replied that he had been able to go to that region and that, at one mile and twenty yards, he stumbled upon the eight-level deposit. He provided me with the probable depth of each level and the percentage of oil in each, along with its estimated pressure.
Since then, this dowser always works from a plan before going on-site, which gives him precise results.
On property plans
A few years ago, a relative sent me a plan of their property, with a door and a tree as reference points. They asked me to indicate where there was water. I worked on this plan and indicated the location relative to each of the given points, telling them that the water seemed to be flowing toward the north. They replied that they and other dowsers had located it the same way and that everything matched. They also told me that one of the dowsers had found the vein under their house and that it seemed to flow north. I had never been to that region.
Another property plan was sent to me from a region unknown to me with a request to indicate the location of water. I did so and returned the plan. The owner wrote to me: "I am amazed at the accuracy of the remote dowsing work. I had two reputable dowsers on-site who gave me the same indications as you."
A few years ago, I received a plan from a surveyor regarding land located 2,000 miles away, and he asked me to indicate some locations. I did so and returned the plan to him. I was then asked to fly over the area to verify the locations the surveyor had marked based on my indications. Everything was found to be correct, even though the markers were carefully concealed.
An unusual method
I had used an unusual method to work on the surveyor's plan.
On the plan, an excavation had been marked and named. I went to an open field (something completely different) and, by mental convention, told myself that this terrain represented the area on the plan. I took a piece of a tree to represent the excavation and operated as if I were on the actual terrain. My dowsing rod led me to a point that I marked, and then to another point that I also marked. I took the geometric coordinates, which I transferred to the plan.
Note that nothing in the field where I operated by mental convention interfered with the property 2,000 miles away.
I have successfully prospected using plans at distances of up to 7,000 miles and located sites that matched those found by a local dowser.
Regarding oil
It should be noted that in Australia, millions of dollars have been spent on unsuccessful searches by engineers, yet there is oil there—probably more than in the United States.
The consulted dowsers were unanimous in discouraging drilling at sites that were uninteresting in terms of "quantity." And the absence of oil at these useless drill sites was always predicted by the reading of the plan!
H. O. Busby, Civil Engineer
COWRA
N.S.W.
Australia
I have noticed that since I started practicing "Express-Success," I no longer find the personal and secret number that would be favorable to me on any given day. Is this a sign that it is no longer necessary?
- The two systems of drawing favorable forces are in no way incompatible! But once your astrality (your aura) is... toned (we cannot find a more suitable term), you no longer need external help.
- In this case, indeed, you will no longer find a personal number for the day.
- Moreover, the assiduous practice of the secret number alone led to the same result: after some time, one always obtained the same number, and one fine day... nothing more.
- This is a sign that the best form was achieved. As long as this form needs a supporting current, you will find the personal number, even while practicing Express-Success.
At night, all pendulums are green...
This is, of course, a joke, but...
- If you conduct research late at night or even during the night, you will often obtain better results by using a green-colored pendulum.
- In the absence of a green pendulum, a green ribbon (or a piece of green paper) placed near the witness sample will give you about the same sensitivity as a green pendulum.
- It seems that it was Henri Mager who first drew attention to the advantages of green dowsing rods, green pendulums, and the color green (apple green) for facilitating nighttime detections, especially at a distance.
RADIESTHESIA IN PICTURES
C.I.E.R - Center for Initiation and Radiesthetic Studies
presents
RADIESTHESIA THROUGH IMAGES
editing, direction, and commentary by Alfred Vandenhoff
4. The first thing to know is electromagnetism, proof of which is provided to us by this horseshoe-shaped magnet. The pendulum held above the poles, just like a compass, allows us to distinguish the north pole from the south.
5. For this reason, this snapshot shows us the magnetic fluid emanating from the fingertips.
Positive fluid for the right hand of a right-handed person, as well as for the left hand of a left-handed person.

6. Here are three sketches showing, from top to bottom, the dowsing rod held in unstable equilibrium and
slightly raised, the dowsing rod that rises, and finally, the dowsing rod lowered.
slightly raised, the dowsing rod that rises, and finally, the dowsing rod lowered.
7. The radiesthetist at their workbench. A graduated ruler and, on each side,
a horseshoe magnet that amplifies the radiation field of the ruler.
The witness samples to be measured are placed in the center of these magnets.
a horseshoe magnet that amplifies the radiation field of the ruler.
The witness samples to be measured are placed in the center of these magnets.

8. We see here the radio-biometer of engineer Voilaume, which is used to measure the radiation emittedby a plant by means of a magnet. The spring (coil) originating from the ruler amplifies its radiation.

9. Here, we see a large oscillator. The witness sample placed in the center is connected to a test cord.

10. On a disk graduated in degrees (360°),
the dowser here measures what is known as the fundamental ray.
the dowser here measures what is known as the fundamental ray.

11. This sketch shows us a pendulum user pointing with their left hand
to an apple with their left hand while, with their right hand, they record the positive rotation of their pendulum.

12. We see in the first sketch that the pendulum remains motionless on the measurement line
because it is not in front of the hidden object. In the second, the pendulum oscillates violently
on the measurement line, indicating the location of the water hidden by the screen.
The operator is holding a water witness in their pendulum-wielding hand.
on the measurement line, indicating the location of the water hidden by the screen.
The operator is holding a water witness in their pendulum-wielding hand.

13. The operator creates a mental image of a fork.
When they arrive at the object in question, the pendulum will oscillate in the direction of this object.

14. I. Diagram of a gushing spring surrounded by its lines of force.
II. The dowser (using a rod) measures the various lines of force defining the radiation of this spring.

15. The graduated semicircle is often used for the most diverse studies and research; a series of circles serve as amplifiers.

16. You can also use a ruler starting from a circle, where the witness is placed,
and ending at a measurement sector.

17. Degree scale on a semicircle, going from 0 to 180 in both directions.
The two upper circles tune in to magnetic north and allow the operator
to take correct measurements regardless of their orientation.
to take correct measurements regardless of their orientation.

18. The 12 concentric circles form the most effective amplifier for researching the ideal, daily number for a subject. One begins with the units from 0 to 9 and then continues by searching for the tens. Example: to find the number 75, the operator will first find the number 5,
then 70 in a second measurement.
19. Here is a chart used to measure acidity. If the pendulum oscillates on a measurement between 4 and 7,
the material analyzed will be called "acid," to the right between 7 and 10, it will be called "base."

20. Here is a research chart in astro-dowsing.
It gathers all the elements corresponding to the planets.

21. This dial allows for grasping the nature of an individual's reactions in relation to an influence.
The witnesses must be placed in the center, on the concentric circles.

22/23. This dial allows you to locate a physical disorder using an iridology map,
any anomaly remains registered in the eye in the form of spots.

24. Chart of an oscillator designed by Colonel Stevelinck.
The two white points act as a spark gap for the energies emanating from the numerous oscillating circuits.

25. Dowsing compass - Servranx chart no. 29.
The cross at 270° will cause the pendulum to react in the presence of harmful waves.
The cross at 270° will cause the pendulum to react in the presence of harmful waves.

26. Here are the colored glass screens imagined by Dr. Leprince.
Fragile, they were replaced by celluloid screens, which were flammable.
Since 1980, the Servranx publishing house has followed the advice of cinema and theater lighting technicians
whose colored filters resist the heat of lamps of several thousand watts.
Fragile, they were replaced by celluloid screens, which were flammable.
Since 1980, the Servranx publishing house has followed the advice of cinema and theater lighting technicians
whose colored filters resist the heat of lamps of several thousand watts.

27. Here is how to obtain colored water (that is to say, charged with the radiation of the color),
under the effect of a light source coming from above.
under the effect of a light source coming from above.

28. Here are planetary accumulators that serve as a witness for the planets
during the transmission of their vibrations to a subject.

29. Correct way to hold a pendulum.

30. Another way to hold the pendulum, which offers the advantage of better transmission
of the operator's ultra-subtle sensation when conducting a search.

31. Analysis apparatus. This is a geometric T-square.
Small notches allow for receiving test tubes containing the witnesses.
Three copper washers are arranged along the length of the ruler, on which the operator
measures the value of the witnesses.
Small notches allow for receiving test tubes containing the witnesses.
Three copper washers are arranged along the length of the ruler, on which the operator
measures the value of the witnesses.

32. Two vials to be analyzed are placed on the copper washers at the ends.
The pendulum will be held above the central part.

33. Another way to analyze a product simultaneously.

34. There is no age for dowsing.
This young girl is analyzing two witness tubes in relation to a drawing she is looking at.
This young girl is analyzing two witness tubes in relation to a drawing she is looking at.

35. Field exercise. In the center of a circle delimited by numbered sticks,
the operator searches for the precise orientation of a hidden object.

36. Classes can also be held in the field.
Budding operators test the reactions of a dowsing rod in the company of their teacher.

37. Bravo! The operator is heading in the right direction.

38. Humor! The operator knows where to dig… The dog does too!
But how did they find what they are looking for and… are they looking for the same thing?
But how did they find what they are looking for and… are they looking for the same thing?
Police dogs search with their noses to the ground, not in the air. Isn't there a dowsing instrument that is closer to the ground than a rod or a pendulum?
Pendulums from the last century commonly had 80 cm to 1 m of thread or chain length. They were also heavier, at least 80 to 150 grams. Perhaps in searches for missing persons they would be worth reviving, to detect traces on the ground more easily? The problem is the majestic slowness of these long pendulums, and the time needed to start! Between the wars, a French researcher developed a very long rod, over a meter if our memory serves, tilted toward the ground. The results? Excellent for the inventor and his few disciples. The process was not very convenient. One could perhaps enhance the end of a rod with a cord or a chain hanging some 20 cm from the ground. But if a police dog works with its nose to the ground, homing pigeons rise to 300-600 m to find their direction, and one can prospect quite well from the top of the Eiffel Tower, and even from an airplane!
Searches for personal purposes
It is often heard that it is more difficult to "find" for oneself than for others. Nothing justifies this idea.
But what is well demonstrated is that it is difficult to detach oneself from one’s physical and mental “environment”.
To be more successful in searches for personal purposes, it is advisable:
But what is well demonstrated is that it is difficult to detach oneself from one’s physical and mental “environment”.
To be more successful in searches for personal purposes, it is advisable:
- 1. To conduct the search by using a witness of oneself - a photo can do the trick - just as if you were operating for someone else, someone unknown.
- 2. If it is a matter of searching for ground influences, the possible existence of harmful waves, instead of "searching on-site", one should search on a map, just as one would for a house far away.
- 3. And if possible, to operate from a distance, away from one's usual environment.
A problem? Consider it solved!
- You have taken it upon yourself to find a missing person. But you are fumbling and it is looking bad. Try to assume the problem is solved.
- Take a large sheet of paper, on which you will make a dot with a pencil: the person is there. Starting from this point, look for the direction of the street, and which side of the street, the proximity of a church, a railway line, a stream. "Build" the surroundings lightly in pencil based on the answers from your pendulum: are there shops in the area? A garage? One or more cafes?
- When you have numerous elements, then search for which city this area is located in. You will have a better chance of thus finding the exact city, and the precise location within that city. You will also be able to provide valuable landmarks to your consultants.
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