Finding Water With Dowsing Rods: A Misunderstood Technique
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Let’s just go ahead a pop open the can of worms that is “dowsing rods.” Yes, they’re often associated with mysticism and folklore and have intrigued people for centuries with their reported ability to detect underground water. However, beyond the supernatural explanations, there are other, more simplistic, perspectives that view “dowsing rods” as simple machines.
This blog post explores how these tools function based on principles of physics and even biology and chemistry, rather than sorcery. By examining their interaction with natural forces we can begin to understand how dowsing rods could operate in the real world, stripping away the mystery and grounding their use in the realm of practical science.
First, consider these principles:
1. Electromagnetic Influence:
- Water Conductivity: Water, especially if it contains dissolved minerals, can conduct electricity. Metals are also excellent conductors of electricity. If we assume that there is some electromagnetic field around underground water sources, this field might induce a weak current or magnetic field in nearby metallic objects, like dowsing rods.
- Induced Current: If dowsing rods are made of metal, they could pick up on these tiny electromagnetic disturbances. This would cause the rods to move slightly, as if responding to a hidden force. In this scenario, the rods act like a simple machine (a lever) that amplifies this small movement into something visible to the dowser.
2. Capillary Action:
- Capillary Effect: Water's interaction with materials, particularly porous or absorbent ones, can cause movement through capillary action. If the dowsing rods were somehow sensitive to changes in the moisture content of the surrounding air or ground (due to underground water), they could respond by moving.
- Tension and Balance: In this case, the dowsing rods might balance on a fulcrum (the person’s hands) and respond to minute changes in weight or tension as the water’s presence affects the surrounding environment.
3. Mechanical Vibration:
- Vibrations: Flowing water, particularly underground streams, could create vibrations that propagate through the ground. Metals are good at transmitting vibrations. If the person is holding the rods loosely, these vibrations can cause the rods to move, much like a simple machine would convert a small input (vibration) into a visible output (movement of the rods).
4. Electrostatic Forces:
- Electrostatic Attraction: Water, particularly moving water, can generate a static charge. If there is a difference in charge between the dowsing rods and the water source, the rods could move as they seek to balance the electrostatic field, similar to how a simple machine operates by converting potential energy into motion.
To further understand how dowsing rods work as small machines, let’s compare them to other simple machines we’re more familiar with.
Dowsing rods can be compared to other simple machines in the way they amplify small forces or environmental changes into observable movement, much like how a lever or balance operates.
1. Lever:
- Function: A lever amplifies a small force applied at one end to lift or move a heavier load at the other end. The fulcrum, or pivot point, determines how much the force is multiplied.
- Dowsing Rods: The person’s hands act as the fulcrum, and the rods behave like a lever. Small, imperceptible forces—such as minor shifts in electromagnetic fields or vibrations—could cause the rods to move. The rods’ movement, like the action of a lever, transforms these tiny forces into something visible.
2. Balance Scale:
- Function: A balance scale works by comparing two weights on either side of a central pivot. A small difference in weight causes the scale to tip, revealing the heavier side.
- Dowsing Rods: Similar to a balance scale, dowsing rods might respond to subtle environmental differences. The rods could be thought of as being "balanced" when the person is not near water. As the person approaches an area where water or other changes in the environment exist, the rods might tip or cross, similar to how a scale tips when an imbalance is detected.
3. Antennas
- Function: An antenna detects and amplifies electromagnetic waves, converting them into signals that can be interpreted by a receiver.
- Dowsing Rods: If dowsing rods are thought to pick up on electromagnetic fields (e.g., those generated by underground water or metals), they could function like an antenna, translating these invisible fields into visible movement. This is analogous to how an antenna converts invisible radio waves into a signal.
To sum up the above possibilities, basically, the dowsing rods function as a sort of lever or balance, amplifying minute environmental changes (like electromagnetic fields, moisture, vibrations, or electrostatic charges) caused by the presence of water or metal beneath the ground. This would allow the person holding the rods to detect these changes as the rods move, much like how a simple machine translates small inputs into larger, more noticeable outputs.
My herbal mentor, Darryl Patton, who first introduced me to this method of finding water, mentioned that they worked as levers. However, from my own experience using dowsing rods, I have noticed that when I use them they swing opposite from most people. I theorize that this is due to my anemia (lack of iron circulating in my blood). This makes me think that there is a connection between the ground, water, minerals, metals, and composition our own bodies, which isn’t surprising to me. Let’s explore this a bit further:
Here’s the framework for understanding the relationship between the ground, the water, the human body, and the metal rods.
1. Ground and Its Minerals:
- The earth is rich in minerals and metals, which can create localized electromagnetic fields. Underground water sources, especially those containing dissolved minerals, can influence these fields. The presence of minerals in the soil and rocks can also affect the electrical conductivity of the ground.
2. Water and Its Minerals:
- Water, particularly mineral-rich water, can conduct electricity and generate weak electromagnetic fields. When water moves underground, it can create slight variations in the local electromagnetic environment due to its mineral content and flow, which can influence the surrounding ground and any conductive materials within it, like dowsing rods.
3. The Human Body:
- The human body is also conductive, primarily due to its water content and the presence of ions and minerals. Neurons in the body operate through the movement of ions, creating tiny electrical signals. These signals and the body’s overall conductivity interact with the environment, including the ground and the dowsing rods.
4. Metal Dowsing Rods (Copper or Other Metals):
- Metal dowsing rods, especially if made of a highly conductive material like copper, can pick up on and conduct small electrical or electromagnetic signals from the environment. As the person moves over areas with different underground features (like water, minerals, or metal deposits), the rods respond to changes in the local electromagnetic field.
5. Interaction and Amplification:
- Energy Conduction: As the person holds the metal rods, they act as conduits for subtle energy shifts between the ground, water sources, and their own body. The rods amplify these shifts, making them noticeable as they move or cross in the person’s hands.
- Electromagnetic Influence: If there are variations in the electromagnetic field due to underground water or minerals, the rods detect these changes. Copper, being a good conductor, might pick up on these variations more easily, transmitting them as movement in the rods.
- Human Sensitivity: The human body, with its own conductive properties, might also contribute to the process. The nervous system is sensitive to subtle environmental changes, and the movement of the rods might be a physical manifestation of the person’s unconscious response to these changes, potentially influenced by the body’s interaction with the environment.
6. Feedback Loop:
- A feedback loop exists where the person’s body, the metal rods, and the environment interact. As the person moves over an area with underground water or minerals, the body’s conductivity and sensitivity to electromagnetic fields could cause slight, unconscious movements in the hands. The metal rods, amplifying these movements due to their conductive nature, might then move, signaling a change in the environment.
In conclusion, metal dowsing rods work through a combination of environmental factors and the person’s own body. The ground, with its minerals and water, generates subtle electromagnetic fields that can be conducted by metal rods. These rods, held by a person, might pick up on these fields and respond due to the person’s own electrical sensitivity. The result is an amplified movement of the rods, which could be interpreted as a sign of water or mineral deposits underground.
Now, back to my theory about the iron (or lack thereof) in the human body effecting the direction of movement of the rods. My rods (see above pic) are steel with copper sleeves on the handles to allow free movement of the rods while also being able to fully grip the highly conductive copper handles.
The presence or absence of iron in a person’s body, particularly in cases of anemia, could theoretically influence the movement of copper dowsing rods by altering the body’s electromagnetic and physiological properties. Iron is highly magnetic but less conductive than copper. Copper is highly conductive but not magnetic like iron.
Let’s consider iron’s role in electromagnetism:
Iron plays a crucial role in the body’s ability to interact with magnetic fields. Hemoglobin, the iron-containing protein in red blood cells, is responsible for transporting oxygen, but it also contributes to the body’s overall magnetic properties. A person with normal iron levels might have a more pronounced interaction with electromagnetic fields due to the magnetic properties of iron. This could, in theory, enhance the body’s sensitivity to subtle electromagnetic changes in the environment, which might influence the movement of copper dowsing rods. Since the human body generates its own electromagnetic field, which is partly influenced by iron, anemia could alter the strength and nature of this field. The weaker field might not interact as strongly with the copper rods, leading to altered or less pronounced movement.
Did you know that in the human body copper indirectly supports hemoglobin production by ensuring proper iron metabolism and facilitating the incorporation of iron into the hemoglobin molecule? Copper deficiency can lead to iron deficiency anemia, even if iron intake is sufficient! It’s knowing about this relationship within the human body that led me to consider the iron/copper relationship in the context of using dowsing rods. This is a fascinating relationship that I will continue to explore.
All of the Father’s creation is linked in ways we may not yet understand. I believe all of our needs have been met by the Creator through His creation and there is a harmony in how it all works together for our good if we just let it.
Hopefully this blog post has at least made you start to think! I wholeheartedly believe there’s more science than hooey here, but we just don’t have it all figured out yet. That’s no excuse to stick your head in the sand though!
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