Thanks, I am quite familiar with the frequencies within a square wave. Not all frequencies are present. A reasonable approximation to the square-wave requires at least the fundamental and third harmonic be present with the fifth harmonic being desirable. A perfect square wave would require infinite bandwidth. The energy in the harmonic frequencies drops off dramatically as the order of the harmonic increases. You might have enough energy in the low order harmonics to have a "kill zone" centered around the fundamental frequency. I think that the square wave allows some sloppiness in the frequency setting but not much more than that. That is why the resonant frequency theory seems weak when applied to the zappers. I agree that Rife has shown a definite resonance relationship relative to it's usage but I haven't seen similar results documented for zappers. - Steve N
-----Original Message----- From: Marshall Dudley [mailto:mdud...@king-cart.com] Sent: Thursday, April 02, 2009 12:33 PM To: silver-list@eskimo.com Subject: Re: CS>Sorta Like like godzilla? Norton, Steve wrote: > > Are you referring to a Hulda Clark type Zapper? I have seen lots of > theories for the performance of the Hulda Clark type Zapper, and > spinoffs, but not this one. Can you elaborate a little on this? > Is this in reference to the theorized resonant frequencies of pathogens? > I have not seen convincing evidence that the Rife resonant frequency > theory really applies to the Hulda Clark type Zapper. Many say that > Zapper frequency is non critical. > Thanks, > Steve N > The zapper frequency is not critical because it has nothing to do with the frequency resonating with the DNA frequencies. It must have a fast rise and fall time. You will need to study calculus and especially the Fourier transform to understand that a fast rise time pulse contains all frequencies. The sharp rise time causes the DNA to ring at its resonant frequency and break apart. This does not affect the DNA of the body because there is so much of it, none of it receives sufficient energy at its resonant frequency to break apart, and the resonant frequency of the DNA of the body is different than that of the pathogen, which has very little normally. That causing DNA to oscillate and break apart has been proven with Rife documentation and photos which hits the pathogen with the correct frequency as a continuous wave. That the pulsar or blood electrification contains the same frequencys as Rife uses to accomplish this requires nothing more than a simple Fourier transform expansion. The other part of the puzzle is that DNA will quickly repair itself if left alone after breaking, so both the zapper and Beck's unit have a long term DC component applied to prevent this from happening. Rife does not apply this DC separating field, but uses such high intensity at the appropriate frequency the pieces simply cannot get back together. One way to think of it is a boat overturns on a still lake and you stand on the bottom, so you climb back in, which would be a pulser with no DC component. That it overturns in a river, and the boat quickly floats away from you due to the current as with the zapper or Beck unit. Or it overturns in a rough ocean, the boat may stay near for a fairly long period of time, but you still cannot get hold of it and climb back in because you are both bouncing so much. Marshall -- The Silver List is a moderated forum for discussing Colloidal Silver. Instructions for unsubscribing are posted at: http://silverlist.org To post, address your message to: silver-list@eskimo.com Address Off-Topic messages to: silver-off-topic-l...@eskimo.com The Silver List and Off Topic List archives are currently down... List maintainer: Mike Devour <mdev...@eskimo.com>
