Understanding Energy Requirements for Devitilization

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Energy Requirements for Devitilization

 

A couple of notes from Radiologic Physics and Biological Response to Radiations

may help answer both questions about energy needed to devitalize cells and phase

shifting.

Technically, in order to use energy to break apart a substance on a molecular

level it requires ionization (causing the loss of an electron) of one of the

atomic components.  The only EM waves that have enough energy to do this are

ultraviolet, gamma and x-rays.  The formula to figure out the required energy is

based upon the binding energy of the electron which is to be ejected from the

molecule less the binding energy of the electron which is subsequently drawn

into it's orbit to replace it.  These binding energy amounts depend on the atom

which is ionized and which shell (energy level) the electron is ejected from. 

This binding energy is expressed in units of KeV (Kiloelectron Volts) and can

range from less than one KeV to nearly 100 KeV.  These numbers are important to

the technology which is currently being explored that will attempt to break

apart certain molecules in pathogens to cure diseases.  But, this is not how

Rife Technology works.

Rife technology works on the basis of " mechanical resonance. "   Just like the

opera singer who is able to break glass by singing a note that is a " harmonic "

of the resonant frequency of the glass, Rife was able to kill pathogens by

producing an electromagnetic wave at a frequency which was a " harmonic " of the

pathogens natural resonating frequency.  The key factor is the harmonic

frequency, since his Beam-Ray machine produced more than enough energy to

destroy the pathogens.  A harmonic frequency is any frequency which is the

result of dividing the primary frequency by a whole number.  (This is the basis

for the harmonic scale in music.)  Since every living thing vibrates naturally

at a frequency which is largely influenced by its size, finding the primary

frequency at which something vibrates is the key to devising resonant

frequencies with which to try to break it apart.

I don't know the process Rife used to research those things, but it seems to

have been mostly by trial and error.  Hulda e attained similar results

using direct application of electricity at harmonic frequencies (prior to the

development of her DC " Zapper, " which she claims is universally effective in

killing out any pathogen it can contact.  She admits that the drawback of

electricity is that there are many areas of the body which electricity " skirts "

around rather than penetrates, such as organs, intestines, food boli, etc.)

e was able to discern the actual vibration rate of certain pathogens and

then overload their frequency to shatter them.

 

In theory, resonant frequencies allow the energy from each wave that strikes the

target to build upon the previous wave.  The initial wave interacts with the

target cell it causes a ripple to move back-and-forth through the cytoplasm. 

Because the waves are at a harmonic interval of the cell's prime frequency, the

next wave will hit the cell at a just the right time so that it's energy will

amplify the ripple in the cytoplasm from the previous wave, adding it's energy

to that of the ripple.  As this continues to happen, the energy of the wave

continues to increase until there is enough energy to break the cell apart. 

This is the action which Rife's technology is built upon.

I am sure that the amount of energy it takes to break a cell apart varies with

the size of the cell and perhaps the makeup of the phospholipid membrane that

surrounds it.  But, that it doesn't take a lot of energy for a " resonant

wave "  to break apart cells can be demonstrated by a couple of large scale

examples.  " Mythbusters, " a TV show on the Discovery channel, demonstrated that

sound waves could indeed break glass by using resonant frequencies.  But, the

" Mythbusters " Hosts were only able to do it using amplifying equipment because

their unaided voices were not strong enough.  However, they did not have to

" blast " the glass at 120 decibels to accomplish the feat.  It took just a bit

more volume than they could produce naturally, as much as an opera singer can

produce with training, for them to make it happen.  In fact, that was what the

whole episode was examining, " Could an opera singer break glass using only their

voice? "

Another example is the Tacoma Narrows Bridge in Washington, USA which was

designed to withstand massive earthquakes, but it eventually crumbled due to

winds above 40 mph.  While there is some disagreement about the exact forces

that were involved (apparently some design flaw limited the vibrations that the

inconsistent wind caused to the resonant frequency of the bridge), what isn't in

question is that " mechanical resonance " was what caused the bridges demise. 

There is another Bridge in England, the " Wobbly Bridge, " which has the same

design problem and just the slightest of breezes causes strong vibrations on the

bridge.  This is the same principle that Rife technology uses.  And these

examples demonstrate how a small force delivered at a resonant frequency can

destroy something designed to withstand much greater forces.

With Rife equipment, another key component of the process is the " Square Wave, "

produced by the rectification of alternating current.  The square wave produces

sound that is distorted.  Distortion destroys speakers in a sound system because

it causes a much more violent shaking of the membrane.  This square wave in Rife

Technology adds to the effects of resonance by producing a more violent transfer

of its energy to the target cell. 

Phasing (exclusinve to TrueRife delivery) is a means of starting a second wave

of the same frequency at a slightly different interval than the first wave.  In

order not to " cancel out " some of the resonant effect, the timing of the two

waves has to be precise so that the waves hit the target at the same point in

the ripple.

(This is different than 3-phase electric, which is designed to keep peak voltage

operating in the equipment.) 

So, when thinking about how Rife Technology works, keep in mind that it is not

just the power that is needed to destroy the invading cells, or viruses, it is

the " mechanical resonance " that makes it work.

Having said that, it is important to keep in mind that having enough power is

also important.  That means that you want to get the target cells as close to

the source (the bulb) as possible.  Moving it twice as far away reduces the

power of the wave by 1/4th.  This is based upon a law of physics called the

Inverse Square Law, which states that the intensity of an EM wave is inversely

proportional to the distance squared.  The reason for this is that the energy

disperses in all directions.  By mathematical calculations you can discern that

if you move 6 feet away from the source, the resulting energy will be less than

1% of the original beam.  (In fact, X-Ray technicians use 6 ft. as their safe

distance to avoid scatter radiation.) 

 

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