RIFE MACHINE BASICS
A little history
Dr. Royal Raymond Rife was an early 20th century American scientist who
discovered that exposing microorganisms to certain electromagnetic frequencies
killed them.
How Rife’s machine worked: The human immune system uses electricity to ward
off invading microorganisms. Those organisms, which include bacteria, viruses
and fungi, each have a specific vibratory frequency, or “mortal oscillatory rate”
(MOR) to which they can be exposed, resulting in their deactivation or death. A
rife machine delivers this frequency by applying an invisible electromagnetic field
to the body. The field passes through the entire body and disables targeted
microorganisms – they literally oscillate (vibrate) to the point of being damaged or
killed. This resonating effect is similar to how an opera singer can shatter glass
with the right pitch. Resonance is nothing new to engineers and physicists, but is
novel and unique as applied to the extermination of unwanted microorganisms.
At one time Rife was considered a medical genius. In the 1930’s, many doctors
had rife machines in their offices and were successfully treating patients with
them. Some have suggested that Rife’s work was suppressed by those who stood to lose money or other gain if his ideas got traction. For example, penicillin was released near the time Rife’s work went underground. But whether his work was suppressed or just ignored, today doctors do not use rife machines and we do not even have a complete record of Rife’s work. However, the missing links have motivated modern researchers to develop new machines in an attempt to duplicate Rife’s results and recreate the Rife machine. Fortunately, Lyme Disease is one infection that responds exceptionally well to modern rife machines.
In the 1980’s, Doug MacLean, an engineer who had Lyme Disease and had had
1 limited success with antibiotics, experimented with applying electromagnetic
frequencies to spirochetes. While watching spirochetes getting ripped apart under the microscope, he gave himself an accidental indirect exposure. When he had the biggest Herx reaction he’d ever had, he knew he was on to something.
Variables affecting Rife machine treatment outcome
There are hundreds of strains of Lyme Disease bacteria
Co-infections – some respond better to rife therapy than others
The person’s genetic constitution
The person’s lifestyle factors (such as discipline in avoiding sugar)
Other health problems
Whether machines used long enough to ascertain if they work
Technical variables: using the right machine, working properly, operating it
correctly, correct frequencies for enough time, etc.
Some advantages of rife machine treatment
It can reach all the deep, sequestered areas of infection, including the brain – the
blood-brain barrier prevents entrance of foreign substances into the brain, but
doesn’t prevent the entrance of electromagnetic fields.
Spirochetes are particularly vulnerable to resonant frequencies because of their
narrow, elongated and relatively symmetrical shape. (As compared to compactly
shaped microorganisms.) All strains of the spirochete can be killed, even if they
mutate, by sweeping through a range of frequencies.
The Lyme Disease defense mechanism is not activated. The spirochete has
evolved the ability to sense and defend against physical threats, including
chemicals, heat, pH changes, freezing, and starvation. It has not developed the
ability to defend against resonant frequencies or electrical current.
Crash course on rife machine technology
Introduction to electricity (non-technical!): direct current involves electricity
traveling in one direction only through a conduit (which is any material the
conducts electricity, such as a wire). Alternating current involves electricity
switching direction many times per second, moving back and forth between
positive and negative. The power in a wall outlet switches directions 60 times per
second between positive and negative, which is expressed as “60 Hertz” or “60
Hz.” The measurement of how many times AC electricity switches directions per
second is known as the frequency.
Because frequencies only apply to the rate at which a current is alternating, the
term “frequency” is not used when discussing DC electricity, because direct
current doesn’t switch directions. Some rife machines use AC power and some
use DC. Each has different effects on the body and on pathogens and
spirochetes.
Now, to understand how electricity moving through a conduit is measured, using
the analogy of water pressure, think of a garden hose.
Garden hose = electrical wire or conductor
Water pressure = voltage
Volume of water flowing through hose = amps
Diameter of hose = resistance
The water wouldn’t move through the hose and out the end without pressure
behind the faucet. In electricity, this pressure is called voltage, or volts.
Next, one would measure the amount of water moving through the hose - in
gallons per minute, for example. The measurement of electrical current flowing
through wire is called amperage, or amps. Thicker wires make it possible to carry
more electricity (amps) without overheating or melting the wires and electrical
components. Wire gauge is the measurement of how thick a wire is: higher
numbers indicate smaller thickness, lower numbers larger thickness. Thicker
wires also make it possible to push electricity through the wire with less pressure
(voltage).
The measurement of how much pressure (voltage) is required to push electricity
through a conduit or wire is called resistance. Thus, to push a given amount of
electricity through a wire, you will need more voltage for higher resistance wires
and less voltage for lower resistance wires. So, amperage (electrical current) is
determined as a function of resistance and voltage. And, one more thing –
resistance increases with additional length of wire. If a wire length is doubled, the
voltage must also be doubled to keep the same amount of amps flowing through
the wire.
Three more definitions of terms:
1) When AC electricity switches directions
abruptly, it creates a type of electrical wave known as a square wave.
2) Electricity switching directions gradually creates what is known as a sine wave.
3) When electricity travels through a coil of wire, the electricity actually travels
outside the wire and into the air to form what is know as an electromagnetic field,
or EMF.
INTRODUCTION TO RIFE MACHINE CHARACTERISTICS AND OPTIONS
DC Machines
Technically not “Rife” machines since Royal Raymond Rife’s machines used AC
electricity, DC machines kill bacteria without using frequencies.
DC machines have two primary components: a power supply (often a DC battery)
and a treatment apparatus. The power from the DC power supply travels through
the treatment apparatus to create the treatment.
DC Machines
DC machines have been shown in clinical trials to help with other health conditions often associated with Lyme Disease, such as hypoperfusion (poor blood flow to the brain), hypertension, hypercoagulation and excess fibrinogen (a bloodthickening condition), joint and cartilage damage, depression, insomnia, migraine, multiple sclerosis, and nervous system problems.
AC Machines
AC machines are the primary machines used against Lyme Disease.
Machines that use AC power have three primary components: a frequency
generator, an amplifier to make the frequency powerful enough for an effective
treatment, and a treatment apparatus (the part that applies the amplified
frequencies to the body).
With both AC and DC machines, there are two main types of treatment apparatus, “radiant” and “contact.” A radiant treatment apparatus does not come in physical contact with the body, but creates an electromagnetic field which passes through the air and into the body. A person sits or stands near the treatment apparatus to receive a treatment. Two types of radiant treatment apparatus commonly used are a coil of wire and a plasma bulb. A contact treatment apparatus delivers the treatment through physical contact with the body – thus the body is used as a conductor, or conduit for electricity. Two or more points on the body are connected to the machine and electricity flows through the body between these points.
When using a radiant machine, the electromagnetic sphere in which the body is
placed for treatment is powerful enough to pass through all parts of the body. A
disadvantage of contact machines is that the electrical current, in its attempt to
travel from contact point to contact point through the body, chooses the path of
least resistance. Higher resistance areas, such as bone or tendons, will receive
less treatment than others. Cost (as of 2004) approximately $500 to $2,500. Price is not correlated with
effectiveness.
FOUR MOST EFFECTIVE RIFE MACHINES
Coil Machine (a.k.a. “Doug Device”)
The Coil Machine has been used against Lyme Disease longer than any other
modern rife machine and is considered by many to be the most effective. The Coil
Machine is the most powerful machine of these four. A coil is the radiant
treatment apparatus.
At-a-Glance Box
Machine Characteristics
Machine power source AC
Treatment apparatus Radiant
RF (radio freq.) carrier wave No
Waveform Sine
Ability to run multiple frequencies No
Machine acquisition Technical construction required
Frequency range capability 0-2,200 Hz
EMEM Machine (Experimental Electro-Magnetic Machine)
Most have a plasma bulb which is the radiant treatment apparatus, thus EMEM
machines are also sometimes known as plasma machines. The plasma bulb,
upon excitement by electrical current passing through it, emits the electromagnetic
field.
At-a-Glance Box
Machine Characteristics
Machine power source AC
Treatment apparatus Radiant, some have radiant contact
mode
RF (radio freq.) carrier wave No, but some produce broadband
“noise” which may contribute to
beneficial results
Waveform Sine, square or other
Ability to run multiple frequencies Most do not have
Machine acquisition Can be purchased ready-built
or constructed via free
schematics
Frequency range capability 0-50,000 Hz, some have higher
AC Contact Machine
The AC Contact Machine is composed of a frequency generator, an amplifier, and
accessories that can be used for the treatment. Accessories include foot pads,
hand cylinders and hook-up wires. This is one of the easiest to set up and operate
of the primary four machines, and it has the highest frequency range.
At-a-Glance Box
Machine Characteristics
Machine power source AC
Treatment apparatus Yes – can be turned on and off
Waveform Square and Sine
Ability to run multiple frequencies Yes – can also run individual
frequencies
Machine acquisition User must purchase several
componenets that easily plug
Into each other
Frequency range capability Up to 12,000,000 Hz (12 Mhz)
High Power Magnetic Pulser (HPMP)
The HPMP is the only DC machine of these four. It has a radiant treatment
apparatus but can also be run in radiant-contact mode, which renders it most
effective. A coil is used as the radiant treatment apparatus, and a person can
choose between various coil sizes, including a coil that can be placed around the
whole body.
The HPMP pulses DC current through the coil. As the coil is held
near/over/around the body, the treatment is delivered as a rapid-rise, rapid-fall DC
magnetic field. One promising area of research is that it may kill Lyme Disease
organisms when they are in a phase of their life cycle not susceptible to AC rife
machines.
At-a-Glance Box
Machine Characteristics
Machine power source DC
Treatment apparatus Radiant or radiant-contact mode
RF (radio freq.) carrier wave No, but produces broadband
“noise” which may contribute to
beneficial results
Waveform N/A
Ability to run multiple frequencies N/A
Machine acquisition User must purchase several
completed components that
easily plug into each other
Frequency range capability N/A
OTHER PROMISING MACHINES
Rife/Bare machine
Blood Electrification Machine
F-Scan
Multi-Wave Oscillator
Un-modified frequency generator
CO-INFECTIONS
Although some people have reported success in treating co-infections with rife
machines, research indicates that they are most effective for the Lyme Disease
spirochete and less effective against co-infections.
Resource:
Lyme Disease and Rife Machines, by Bryan Rosner