A Measuring Tool Subtle Fields: l Lecher antenna
As you know, everything in the universe is vibratory, because everything is in motion. Every element, including human beings, emits its own energy field. However, these fields are often too weak to be detected even by conventional measuring devices. This is where the German physicist Reinhard Schneider developed a revolutionary measuring device: the Lecher antenna.
An Extension of the Human Vibrational Sense
The Lecher antenna is a scientific dowsing instrument that captures and analyzes vibrations emitted by various energy sources. Unlike conventional electromagnetic measuring tools, it operates in direct interaction with its user. Together, the operator and the antenna form an inseparable pair:
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The person plays the role of a sensitive antenna, capable of filtering vibrational frequencies.
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The antenna, on the other hand, acts as a tuned circuit whose frequency can be adjusted using a slider.
Operating Principle
When the antenna is placed in an energy field corresponding to the selected frequency, it enters resonance. As the antenna loop is open, a reflected wave in the opposite direction is generated, thus allowing the detection and analysis of the measured field.
Thanks to this resonance, the Lecher antenna is capable of:
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Detect energy variations in the human body or the environment.
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Identify areas of geobiological disturbance.
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Evaluate the vibrational impact of certain objects or places on a person.
For these reasons, it is used for many applications such as:
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Health and well-being : Energy balancing, detection of vibrational blockages.
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Geobiology : Analysis of telluric networks, identification of environmental disturbances.
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Scientific research : Studies on subtle electromagnetic fields and their impact.
Manufacturing of the Lecher Antenna
The Lecher antenna is typically made from conductive materials such as brass or copper, which provide excellent sensitivity to subtle electromagnetic fields. It consists of several key components:
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Conductive strands : Two parallel metal rods that capture vibrations.
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The insulating handle : Often made of wood or plastic, it allows the user to hold the antenna without interfering with the measurements.
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The movable cursor : Placed on the conductive rods, it adjusts the resonance frequency of the antenna.
The quality of the materials and the precision of the assembly directly influence the sensitivity and efficiency of the antenna, so choose a reputable seller if you want to purchase a Lecher antenna.
Conclusion
The Lecher antenna is much more than a simple measuring tool: it acts as an extension of human perception, allowing a more precise connection to the surrounding vibrational fields. Its use requires a methodical and intuitive approach, making the operator a key element in the accuracy of the measurements.
Thus, whether for the study of subtle energies, the harmonization of a space or personal well-being, the Lecher antenna offers a fascinating bridge between science and vibrational sensitivity.
