Introduction :
Biowaves is an innovative device, designed following pioneering research carried out by Léon Chaumery and André de Bélizal in the field of micro-vibrational physics.
These two researchers have dedicated their lives to the study of wave forms, a science that explores the influence of geometric shapes and materials on the subtle energies that make up our environment.
Biowaves, the result of this in-depth research, is a device designed not only to amplify these wave forms, but also to apply them in the therapeutic field.
Historical and Scientific Context:
Form waves were discovered and theorized by Chaumery and Bélizal in the early 20th century. These waves are low-energy vibrations emitted by objects due to their particular geometric shape.
The ancient Egyptians, for example, used these principles in the construction of their pyramids, which has inspired many modern researchers to explore this phenomenon further.
Chaumery and Bélizal established that symmetrical and regular shapes emit beneficial waves, while asymmetrical and irregular shapes can generate harmful waves.
They also developed the waveform spectrum, similar to the electromagnetic wave spectrum, thus identifying different vibrations associated with specific colors, some visible, others not.
Biowaves Design and Functionality:
The Biowaves is a 21 cm diameter, 1 kg copper disk, incorporating complex geometric shapes to maximize the emission and concentration of waveforms. It has a central emitting hole surrounded by six hexagon-shaped holes, twelve dodecagon holes, and twenty-four 24-sided polygon holes. The angles of the polygons are oriented along the north/south axis, which effectively polarizes the emitted waves.
The choice of copper, a material known for its conductive and energetic properties, optimizes the capture and emission of wave forms. The precise arrangement and symmetry of the geometric holes contribute to concentrating and amplifying micro-vibrational energies, thus increasing the efficiency of Biowaves compared to previous devices.
Therapeutic Applications and Potential Benefits:
The research included in the provided literature indicates that Biowaves could act on a variety of diseases and pathologies thanks to its abilities to emit specific wave forms. Here are some of the possible therapeutic applications of Biowaves:
Cancer and Cell Growth : Wave forms, especially those of "Negative Green", could slow the multiplication of cancer cells.
By rebalancing disturbed energies, Biowaves could offer a new approach to complement traditional cancer treatments.
Pain Relief : Waveforms are known for their ability to relieve pain, especially in terminally ill patients.
Biowaves could be used to reduce chronic pain and improve the quality of life of patients suffering from serious illnesses.
Infertility and Reproductive Dysfunctions : Studies show that waveforms can positively influence reproductive functions.
Biowaves may help correct infertility and other reproductive dysfunctions by restoring energy balance.
Protection Against Harmful Waves : Biowaves can also serve as a shield against harmful waves, whether of geobiological or technological origin.
This protection could be crucial to prevent diseases or disorders linked to prolonged exposure to these waves.
Influence on Radioactive Activity : Biowaves could also be used to mitigate the effects of exposure to radon, a radioactive gas responsible for many cases of lung cancer.
By modifying the radioactive activity of this gas, Biowaves could reduce the risk of exposure.
Conclusion : Biowaves represents a significant advance in the application of waveform principles. Its innovative design, combining complex geometry and optimized material, makes it a powerful tool for exploring and manipulating subtle energies.
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