Techniques of working with dowsing instruments: fork and plumb line
Proper handling of radiation detection tools requires an understanding of polarization, patience and complete objectivity. Successful analysis in the field directly depends on properly established contact with the instrument and accurate interpretation of its signals.
A) Methodology of working with forks
There are different ways of holding forks, and most often they are held in clenched fists, with the palms facing up or down. Before starting the field test, the basic step is to determine the polarization of the instrument itself. Considering that each arm is polarized differently (like most natural phenomena), it is necessary to determine which arm corresponds to the right and which to the left hand. This procedure is very easy to carry out with the help of a plumb bob.
If forks made of wire bent into a loop are used, they are straightened, the ends are separated, and a plumb line is placed above one end with a clear question: "Is this end held in the right hand?". A positive response of the plumb line indicates the correct position. In order to ensure consistency in the work, a small loop is usually folded at that end. In addition to serving as a permanent guide, this loop also allows the wire to be easily folded into a ring for convenient disposal after the job is done. In the case of wooden models, identification is done by slightly notching or similar marking of the corresponding arm, and a similar check is recommended for rectangular forks.
Movement manifestations and signal reading
The reactions of the forks are most often manifested through strong jerks up or down, as well as through a noticeable rotation in the hands. The characteristics of these movements include the following laws:
- Rotation: When gripping with the palms facing down, the right arm of the instrument most often turns counterclockwise when encountering an underground watercourse. However, due to the individual polarity of the hands, a completely reversed direction of rotation is noted in certain extremely precise practitioners.
- Polarization change: Taking a reverse grip (palms up) leads to completely opposite movements of the tool, indicating a mechanism of polarization change.
- Water flow signals: On the field, only jerks without rotation often occur. Groundwater typically emits seven alternating signals (positive and negative) from each side of the flow. In practice, any odd (positive) signal causes the instrument to jerk upward, while any even (negative) signal results in a downward jerk.
- Rectangular forks: This type of tool reacts exclusively by approaching and crossing the arms above the desired object, while moving away from the source, the wires separate again into a parallel position.
- Unexpected reactions: If the tool suddenly starts moving in an atypical direction, it usually signals the encounter of underground cavities, deep geological cracks or the presence of accumulated natural gas.
B) Principles of working with a plumb line
The movement of the pendulum is classified into three basic categories: rectilinear oscillations, circling and elliptical paths. The rectilinear oscillation takes place in all directions, and its amplitude depends on the mass of the weight, the driving force, the sensitivity of the person performing the measurement, the current temperature and the length of the thread itself. Circulations visually form the shape of the envelope of the coupe and can be clockwise (positive movement) or counter-clockwise (negative movement). Elliptical trajectories represent transitional forms between rectilinear oscillation and complete circling.
Proper working position requires grasping the thread between the thumb and forefinger of the right hand, resting the elbow on a solid surface, and placing the forearm at a 30-degree angle. The golden rule dictates that the thread must be kept completely relaxed. The person performing the analysis must be calm, relaxed and maximally free from inner suggestion.
Rules for successful communication
The tendency to consciously or unconsciously aim the instrument is the most common mistake of beginners. It is strictly forbidden to mentally suggest the direction of rotation, as well as any physical braking of the instrument if it moves beyond expectations. Visco must be allowed to establish his own rhythm.
Signal calibration
Determining the answers to "yes" and "no" is done by asking obvious questions (eg "Is today Wednesday?"). The movement the pendulum then takes becomes a permanent code for an affirmative answer. By an analogous procedure, by asking an intentionally incorrect question (eg wrong name), a signal for the answer "no" is established.
Formulation of questions and ethics in work
Given that the plumb line's response system operates exclusively on a binary principle (confirmation or negation), imprecise questions lead to the instrument retracting (most often manifested by swinging back and forth) or to refusing answers. A question like "Is it better to travel to Belgrade or Novi Sad?" will result in failure, while a properly reformulated question will "Is it better to travel to Belgrade than to Novi Sad?" provide a clear and usable outcome.
The field of action of the instrument exclusively refers to the present phenomena, so there is no possibility of predicting the future. In practice, it has been proven that the misuse of dowsing for the purpose of gaining wealth (guessing lotto numbers, lottery or sports results) inevitably leads to a rapid weakening of sensibility and the production of completely wrong results. In addition, recognized international experts in this field, such as Tom Graves, strictly warn against using instruments for occult purposes or to summon spirits, due to the documented extremely harmful consequences for mental and physical health.
Results should never be rushed. Every piece of data obtained requires multiple checks in the field to prevent errors that could harm individuals or the environment.
Comparative analysis of instruments
Experience shows that combining both methods gives optimal results in the field, since each instrument has its specific advantages:
- Sensitivity: The forks are more sensitive and detect groundwater radiation much earlier. When they cross the watercourse, they form a much wider detection zone, while the vertical zone is narrower and more focused.
- Field practicality: Working with pitchforks engages both hands, while a plumb bob leaves one hand free (which then functions as a receiving antenna). Tracking the water course is easier with the help of a plumb line.
- Specific purposes: With forks, the exact direction of water movement can be determined more easily and precisely. On the other hand, the plumb line is an irreplaceable tool in terms of health diagnostics, bioenergetic examinations and work above geographical maps (teleradiesthesia).
