Fwd: May I comment and question?

[Guest guest]

Hi :

Reading your message I see ", i believe the carrier would heat all

of the area and cells between the probes or pads like a microwave

does and not necessary discriminate between the individual bugs. The

problem I see with the 27.124 MHz carrier, if you are not extremely

careful about the time and power of the carrier you will over heat

many other non-intended cells in the area and could cause more

damage than intended."

Let me tell you that from using the lamp and always I first run the

"Lamp with the basic carrier 27,125 MHz" no modulation, I found that

temp increases fast up to a point (36.40 ºC ) and levels off. If I

leaved it for more time, temp. will start to drop (tendency is to

fall to the person normal temperature,let say 36.30).

This proves that your statement it does not holds true. In the mean

time bugs are killed, the immune system does the cleaning* and temp.

should drop to normal after the cleaning.

* we have take into account that a weak immune system will take "for

ever" to clean the bugs debris and fall to normal temp. Is easy to

see it in the charts. In the case of a good immune system it will

take something about 5-10 min to normalize. In an extremely good

immune system after 1-2 min. of leveled temp. It will start to drop

very fast. Is a matter of fact that the fall will be so steep that

the Pituitary will stop the fall, It will not allow the drop for

some time. The time period is a function of the quantity of bacteria

present.

Pituitary always allows temp. changes within certain levels, going

up and going down, this is to do not upset the body equilibrium.

Regards,

HoracioS

-------- Mensaje original --------

Asunto:

May I comment and question?

Fecha:

Wed, 02 Mar 2011 03:48:18 -0600

De:

Grignon

Responder-a::

Rife

A:

Rife

As I see it. Rife has it right on the concept. Bacteria are

destroyed by heat. The body naturally does this by raising

our body temperature (fever) to kill the bug. Finding a

frequency to resonate a particular bug would raise its

temperature and effectively kill it. Using a carrier

frequency 27125000 cps (or 27.125 mhz) along with the rife

frequencies would add additional energy to the area but, i

believe the carrier would heat all of the area and cells

between the probes or pads like a microwave does and not

necessary discriminate between the individual bugs. The

problem I see with the 27.124 mhz carrier, if you are not

extremely careful about the time and power of the carrier

you will over heat many other non-intended cells in the area

and could cause more damage than intended. I expect the

feedback temperature device I read about in a post tries to

address this.

My question if anyone could answer is that many rife

frequencies are in the audio range (20 cycles per second to

38000 cps). The 7th harmonic of 593.75 cps is about 38000

cps. After the 3rd harmonic the power level is diminished by

over 1/2, expect that is why rife used an amplifier. My

understanding is that recant research on cell biology of bad

bugs have used frequencies in the range of 1000000 cps (or 1

mhz) to 2000000 cps (or 2 mhz to resonate the bugs) to

effectively kill them. So, to get to those frequencies with

an audio range generator (under 10000 cycles per second)

something other than a pure audio generator and power

amplifier would be needed, thus the plasma tube. My guess is

that using 27125000 cps (or 27.125 mhz) and an power

amplifier driving a plasma tube would radiate harmonics: The

5th harmonic of 27.125 mhz is 434000 cps ( or 434 khz), the

6th harmonic is 868000 cps ( or 858 khz), and the 7th

harmonic is 1736000 cps ( or 1.736 mhz). So, is there

something that I am missing with the audio frequency list???

So, was Rife AM (amplitude) modulating the 27.125 mhz signal

with the audio frequencies?? If he was then that may get

some variations in the final radiated signal frequency. For

example when you modulate 27.125 mhz with 440 cps you get

the sum, the difference, and the original frequencies:

27.125440 mhz 27.124560 mhz mhz, 440 cps, , and 27.125 mhz.

Using the 6th harmonic of 27.125440 is 868.01408 cps (or

868.01408 khz) and the 6th harmonic of 27.124560 is

867.98592 cps (or 867.98592 khz). Then calculated for the

7th harmonic would fit into the 1 to 2 mhz range. Is this

what you expect Rife was doing with the audio frequencies??

If this is the case then the pure audio frequencies alone

would be ineffective against any of the desired bugs.

Finally, is my understanding correct or am I completely

confused?

My interest in Rife was triggered by my Wife's cancer 4

years ago, but have just found this group. I do not have a

Rife device at this time.

Regards,