Sun Tzu wisely stated, "If you know the enemy and know yourself, you need not fear the result of a hundred battles."
Understanding electromagnetic poisoning begins with recognizing that we face an enemy unilaterally altering Earth's electromagnetic environment to the detriment of life. Knowing yourself means realizing the need for a home environment free from this poison.
Next, it is crucial to understand the distinction between two types of electromagnetic fields: beneficial natural EMFs and harmful synthetic EMFs. This paper focuses on the stark contrasts between life-supporting natural electromagnetic fields and harmful synthetic ones, illustrating why we concentrate our efforts on assessing and reducing personal and familial exposure to harmful synthetic EMFs.
We should expect continued battles, but we need not fear once we understand these foundational principles. Universal avoidance of the synthetic and embracing the natural is necessary and sufficient to win the war today and tomorrow, no matter what.
DC Electric Fields of the Earth
DC fields are steady and change gradually in intensity under specific conditions, such as during storms. The Earth's surface is negatively charged relative to the ionosphere, resulting in electrons moving upward from the Earth's surface towards the ionosphere. This movement creates a voltage gradient that defines the Earth's static DC electric field.
The voltage gradient averages around 130 V/m (volts per meter) during calm weather. However, during storm conditions, it can surge to over 4,000 V/m. Lightning strikes worldwide continuously replenish the Earth's negative charge, maintaining this DC electric field.
Plants, animals, and people thrive in this vertically oriented DC electric field and mirror the voltage gradient within their bodies. For example, the top of a man's head is negative relative to his feet, aligning with the Earth's natural electric field. Similarly, the tops of trees and plants are at higher electrical potentials relative to their roots, and the same principle applies to four-footed animals whose backs and heads are at a higher potential relative to their feet.
Static DC electric fields cannot be measured using equipment designed for assessing AC electric fields and vice-versa.
AC Electric fields
Life on Earth operates on DC (direct current) electricity; natural biological systems have no AC (alternating current). Following the deployment of the AC electric grid, influenza became an annual phenomenon, and diseases of civilization emerged.
AC electric fields, characterized by their oscillating nature, fundamentally differ from the steady, direct current fields in natural environments. AC fields change direction 50 to 60 times per second (50/60 Hz), creating a dynamic and complex electromagnetic environment, particularly within modern homes.
AC electric fields emanate from household wiring and above-ground electrical transmission and distribution lines in a typical home. The field intensity from the wiring is proportional to voltage. Unlike the stable and gradual changes of DC fields, AC fields constantly shift in direction. This rapid oscillation results in a highly dynamic electric environment, with electric fields always in flux.
Household wiring adds to this complexity. Wires run through walls, ceilings, and floors, creating a three-dimensional network of electric fields. These wires traverse multiple axes—horizontal (x-axis), vertical (y-axis), and depth (z-axis)—resulting in a web of intersecting fields throughout the home. This network can lead to varying field strengths and directions in different areas, contributing to a constantly changing electromagnetic landscape foreign to the natural order.
Living organisms thrive in a vertically oriented, static DC field, and the presence of AC electric fields causes biological confusion. This constant oscillation of AC fields creates an environment fundamentally at odds with the natural electromagnetic conditions that support life. When clients can only take limited actions, I've observed significant benefits from just removing nearby AC electric fields.
DC Static Magnetic Field of the Earth
Just as life was designed to thrive in a vertically oriented DC electric field, so too is life designed to thrive in the horizontally oriented DC magnetic field native to Earth. The Earth's magnetic field is a vast force that envelops the Earth. The magnetic field strength averages about 500 milligauss at the Earth's surface. This magnetic field is crucial for biological processes.
The strength of the Earth's magnetic field varies across the globe, with stronger fields near the poles and weaker fields near the equator. There are also localized areas of increased intensity. Despite these variations, the field provides a consistent reference point for living organisms. A compass needle aligns with the Earth's magnetic field, pointing towards the magnetic north, illustrating the field's horizontal nature.
Static DC magnetic fields cannot be measured using equipment designed for assessing AC magnetic fields and vice-versa.
AC Magnetic Fields
If life expects a large single static DC field, then the AC magnetic fields observable in homes offer utter confusion. Unlike the steady and constant DC magnetic field of the Earth, AC (alternating current) magnetic fields fluctuate rapidly, changing direction 50 to 60 times per second (50/60 Hz) depending on the geographical region.
AC magnetic fields are generated by alternating current (AC) electricity use, with their intensity directly proportional to the current flow. These fields are most intense near electrical appliances, wiring errors, and power lines. The complexity of modern home wiring, with circuits running through walls, ceilings, and floors in multiple directions (x, y, and z axes), contributes to a tangled web of intersecting magnetic fields.
AC magnetic fields differ significantly from natural fields. Unlike the Earth's steady DC magnetic field, AC fields continuously alternate in orientation, polarity, and intensity, creating confusion and stress for biological organisms.
Variable Intensity DC Magnetic Fields: Schumann Resonances and Sferics
The Earth's electromagnetic environment is shaped by both static DC fields and variable intensity DC magnetic fields, notably Schumann resonances and sferics. These fields are critical components of the Earth's natural electromagnetic spectrum.
Schumann resonances are a set of spectrum peaks in the extremely low frequency (ELF) portion of the Earth's electromagnetic field spectrum, thought to be caused by global lightning activity. When lightning discharges occur, they produce electromagnetic waves reflected between the Earth's surface and the ionosphere. This interaction creates standing waves at specific frequencies, known as Schumann resonances.
The fundamental frequency of these resonances is approximately 7.83 Hz, with additional resonances at roughly 14.3 Hz, 20.8 Hz, 27.3 Hz, and 33.8 Hz. Note that the intensity of these natural magnetic fields rises and falls according to specific frequencies; they do not alternate in direction like AC magnetic fields.
Schumann resonances are significant because they represent the natural "heartbeat" of the Earth. These resonances are consistently present, but their intensity can vary due to atmospheric conditions, such as the number and intensity of lightning strikes, solar activity, and ionospheric variations.
Schumann resonances are reflected in the brainwaves of mammals, including humans. The frequency of the fundamental Schumann resonance (7.83 Hz) closely matches the frequency of alpha brainwaves, which are associated with a relaxed, meditative state in humans. This alignment suggests a natural resonance between the Earth's electromagnetic field and mammalian brain activity, potentially influencing biological rhythms and well-being.
Sferics, or atmospheric radio waves, are short bursts of electromagnetic waves produced by lightning strikes. These signals are typically in the very low frequency (VLF) range and can travel long distances through the Earth's atmosphere. Unlike the more consistent Schumann resonances, sferics are transient and highly variable, reflecting the chaotic nature of lightning activity.
In summary, DC magnetic fields that vary in intensity and frequency, including Schumann resonances and sferics, are natural and essential components of the Earth's electromagnetic environment. Schumann resonances provide a stable, periodic signal that reflects the global electrical activity between the Earth and the ionosphere. At the same time, sferics represent the immediate and transient electromagnetic bursts from lightning strikes. Understanding these phenomena helps us appreciate the complexity and harmony of the natural electromagnetic environment, which contrasts sharply with the artificial fields introduced by the large-scale deployment of 'modern technology.'
Earthing and Contact Current
Certain forms of life on Earth are designed for direct contact with the ground, either continuously, like plants, or periodically, like humans. This direct contact allows electrons from the Earth's surface to flow into these life forms as needed.
The people from whom I learn the most are those who have experienced significant harm, have been brought near to death by electromagnetic poisoning, and are now increasing their resilience and decreasing their sensitivity. These individuals emphasize the benefits of earthing, which involves direct skin contact between the soles of the feet and the Earth's surface in an area free of synthetic EMF.
This concept is undoubtedly beneficial in what we call 'pristine earthing,' where the ground is free from synthetic electrical activity. However, it is questionable whether or where this can be achieved in our modern environment.
North Americans are particularly at risk due to the widespread nature of synthetic electrical currents in their environment. The design of the power grid in North America forces AC current flow through the Earth, introducing toxic currents and frequencies. This includes itinerant frequencies associated with dirty electricity (DE) and more. The same ground that should be a source of healing electrons can also carry harmful synthetic currents, opening the possibility of AC flow through the body, which can be lethal in certain situations and cancer-causing even in tiny amounts (millionths of an amp).
The exact point at which earthing shifts from beneficial to harmful is unknown, making it challenging to harness its benefits safely.
Worldwide, we observe intentional extremely low-frequency (ELF) and very-low-frequency (VLF) transmissions, which can potentially transit Earth and the sea and affect all life. As these frequencies radiate from the Earth, direct contact facilitates conduction directly into the body.
While earthing has many proponents, it is crucial to acknowledge the potential risks associated with AC current flow through the body and exposure to dirty electricity artifacts, intentionally emitted extremely low frequencies (ELF), and very low frequencies (VLF).
It's important to note that contact current is a significant, potentially carcinogenic, or lethal issue inside the home, unrelated to therapeutic earthing.
Conclusion
The Earth's natural electromagnetic environment is inherently designed to nurture and support life, providing essential benefits—some of which may still be beyond our understanding—to all living organisms. In stark contrast, it's safest to assume that commercial synthetic electromagnetic phenomena disrupt this balance, posing universal harm and opposing the natural conditions necessary for optimal health and well-being.
Success in reversing the effects of electromagnetic poisoning relies on accurately assessing personal and familial exposures to these harmful synthetic influences. Depending on the extent of the damage, mitigation can be achieved by reducing synthetic EMF exposure within your current home, constructing a low-EMF home, or seeking out one of the few remaining pristine environments. In this ongoing battle, understanding and avoiding harmful synthetic EMFs while embracing the natural electromagnetic environment is both necessary and sufficient to ensure long-term success.
We will discuss two more phenomena, God willing, in an upcoming paper: radio-frequency radiation and light.
Thank you, this clarified some questions I had around AC / DC current. My country has SWER (Single Wire Earth Return), but I don't know where it is, and I don't have a means for testing for ground current yet. My S&S Pro2 has been extremely helpful for RF. Still figuring out the rest. The S&S EM3 is coming out soon, I'm considering it.
https://www.engineeringnz.org/programmes/heritage/heritage-records/single-wire-earth-return-swer/#:~:text=The%20system%20is%20basically%20a,the%20earth%20as%20a%20conductor
Will you be discussing ways to mitigate and detect harmful emf in homes in more detail with an upcoming article?