PEMFs (Voltage Square Waves) destroy microorganisms in Body Tissue  

A very low-voltage, low frequency square wave is applied to the bare skin using two electrodes - one electrode is at a relative positive voltage and the other is at a relative negative voltage and the two electrodes switch polarity back and forth periodically. Several things happen to the tissue which is exposed to a voltage square wave, which are detrimental to microorganisms:

(1) Very high frequency ultrasound is associated with short duration sonic pings generated in the dead skin layer during the polarity switch - By adjusting the sonic ping rates (i.e. the square wave frequency), a particular ultrasound frequency can be enhanced which will destroy a particular microbe.

(2) Broadband Ultrasound is produced from generated Charge density waves - During polarity switch, the charged salt ions of your body fluid reorganize their positions and concentrations just under the dead skin layer adjacent to the electrode.This reorganization process generates charge density waves of the various ion type present and these charge density wave travel away from the skin surface into the body.The charge density waves have associated electric fields, which when strong enough, generate broadband ultrasound that will inactivate microorganisms.

See inset:

PEMFs produce Charge density waves and Eddy Currents that can both generate broadband ultrasound

(3) Generates periodic forces, which generate periodic mechanical vibration -The electric current flowing in the tissue from the applied electrode voltage has an electric field associated with it. As this electric field from the voltage square wave periodically changes direction, it places periodic forces on charged particles and charged structures in the tissue, which generates periodic mechanical vibration. The frequencies of mechanical vibration generated are odd multiples (1,3,5,7. . .) of the voltage square wave frequency.So if one of these frequencies (or their subharmonics 1/3, 1/5, 1/7 etc) closely matches the lethal ultrasound frequency of a particular microbe and the intensity is high enough, the microbe can be destroyed.

–   E.g. The SOTA Silver Pulser has a base frequency of 3.92 Hz, but outputs a square wave, which produces several harmonic (multiples of base) frequencies, including 7.84 Hz. (within the Earth's Schumann frequency range).

High Intensity Pulsed Electromagnetic Fields

(E.g. Using SOTAMagnetic Pulser)

High intensity PEMFs generate broadband ultrasound lethal to microbes by two mechanisms:

(1) The generation of charge density waves and their associated electric fields

(2) Causing periodic movement in water molecules

The high intensity PEMFs are produced with a device using a strong permanent magnet and an oscillating magnetic field generated by a coil of wire. Each time a high voltage capacitor is discharged through the coil, the electric current oscillates back and forth between the coil and the capacitor for approximately 10 oscillations (for most capacitor and coil combinations of therapeutic interest), each oscillation cycle being a little weaker than the previous one.During each of these ring down oscillations a crossed electric and magnetic field is generated in animal tissue with the concurrent generation of broad band ultrasound, which can destroy the critical periodically spaced, elastically coupled, closed-on-themselves protein structures of microbes.

The maximum ultrasound frequency generated by a high intensity PEMF is sufficient to disable many microbes – the maximum frequency is determined by the magnetic field strength at the pole face of the permanent magnet.This is approximately 1,000,000 Hz / 1,000 gauss.Neodymium magnets of 10,000 gauss are commonly available, so a 10,000 gauss magnet can generate a maximum 10 MHz. ultrasound frequency.Many microbes can be expected to have one of their lethal ultrasound frequencies below 10 MHz.

Therapeutic high-intensity PEMFs are typically a rapidly changing pulsed electromagnetic field of at least 20,000 Hz at the inter-coil winding flux, changing in ~ 1ms,and lasting a few milliseconds (up to 500 ms in some devices).

We are only interested in those that produce high frequency ringing magnetic fields. For example, machines that have a wire coil of 8 inches internal diameter or larger that produce a transient oscillating magnetic field that changes in strength at a rate of thousands of gauss per second and the magnetic field polarity changes many tens of thousands of time per second, each time power is pulsed into the coil. In other words a pulsed high frequency ringing magnetic field. In my experimental work on pulsed ringing magnetic fields of the type just mentioned, I have found several very useful and beneficial effects (ref. 9). Namely, the production of in the body tissue ofcharge density waves, and oscillating electric eddy currents from a ringing electric field.

Some Technical details on SOTA Magnetic Pulser - A capacitor is charged up to provide a working voltage of at least 300 V. This will provide 27 Joules of energy to generate the necessary current through the coil to produce the intense magnetic field (Gauss) to induce a current of 50-100mA up to 9 inches into tissue. At the inter-coil winding flux the field measures 43,133 Gauss, but this drops off proportionally to the distance squared away from the magnetic core. At the face of the Magnetic Coil, the Gauss has dropped to ~6,000 Gauss, sufficient to induce 50-100 mA of current up to 9 inches into body tissue and generate up to 6 MHz. ultrasound frequency. During a pulse, the capacitor is discharged for 2.5 ms, which is long enough to do some work. The pulse rise time is <1.8 ms.

PEMFT and VSWT produce Charge Density Waves (with Associated Electric Fields) and Eddy Currents that can both Generate Broadband Ultrasound

A rapidly changing magnetic field (from EITHER a magnetic pulser treatment coil OR the polarity switching when using voltage square waves through electrodes) - generates a rapidly changing electric field at the body tissue interfaces

A rapidly changing electric field - applied to the boundary layer (e.g. your dead skin layer or bone/flesh interface) of the body's salt solutions (i.e. blood plasma and interstitial fluid containing +ve and -ve ions such as H+,Na+, K+, Cl-, Mg++, Ca++, HCO2-, OH-) can generate CHARGE DENSITY WAVES (a moving ion concentration excess or depletion of an ion type) and also EDDY CURRENTS (see inset below) in the body's salt solution(electrolytic juices).

Charge density waves in the salt solutions can have strong electric fields at the front of the moving wave - associated with the interface between the moving charge density wave front and the undisturbed ionic medium through which the waves are propagating. As the charge density waves pass through the body, the associated electric field interacts with charged structures such as the dipole charges on all cell membranes, and by vibrating the cell membranes like the diaphragm of a sound speaker, they produce broad band ultrasound.

If the electric field associated with the charge density wave is strong enough, the broadband ultrasound produced can disable viruses and bacteria -by altering the structure of delicate proteins on, for example:

(1) The surfaces of virus capsid coats(causing the virus to be unable to attach itself to target cells)

(2) Bacterial surfaces extending into their environment by molecular tubules and fibers(These proteins / enzymes are essential for bacterial functions, and so bacteria are effectively inactivated).

The strength of these electric fields is determined by:

(1) How fast the magnetic field polarity flip / reversal is completed

(2) The overall magnitude of the magnetic field

Examples of charge density activity include:

(1) Neutralizing Snake Venom - proteins of snake venom are denatured by charge density waves generated from shocking the snake bite region with high voltage discharges from the spark coil of a car

[The Lancet, July 1986.

(2) Destruction of HIV virus - the HIV virus has a glycoprotein molecule known as gp-120 displayed on it's surface, which is designed to match up and attach to the CD4 protein on the target cell membrane.If the gp-120 glycoprotein is altered by the transient electric field from the charge density wave, it can not attach to CD4, and thus the virus can not infect the target cells. i.e. the virus is effectively destroyed. Other viruses can be similarly deactivated.

(3) Food processors - use PEMFs as a method to neutralize microbes in food.