Dear Mike, Electromagnetic fields can definitely affect microbes. There are you tube videos of paramecium just disintegrating into 1,000s of pieces within seconds upon being exposed to specific harmonic frequencies simultaneously. The "rife" machine they used was the GB4000. I can't find the links at the moment, but they are there.
Aside from that, anyone who has lyme disease will sure as hell tell you that 432hz makes you herx. It is so reliable I use it as a diagnostic tool to diagnose my misdiagnosed friends who don't believe they have lyme. People with lyme herx. Everyone else feels nothing. Many people have recovered from lyme with "rife" machines. David On Mon, May 7, 2012 at 6:57 PM, Mike Monett <mrmon...@pstca.com> wrote: > Nenah Sylver > Mon, 07 May 2012 18:16:27 -0700 > > > Sol and everyone, > > > My new website has an article I wrote that appeared in the > > Townsend Letter; was reprinted in Nexus in English, Nexus in > > German, and in Korean; and eventually made its way in a slightly > > different form into my Rife Handbook as Appendix C. It's called > > "Healing with Electromedicine and Sound Therapies" and can be > > downloaded free as a pdf file here: > > > http://www.nenahsylver.com/free-electromedicine-article.html > > > I mention this because it discusses laser and LED therapy, and > > once you read this you'll understand the principles about using > > LEDs on closed eyelids (and lasers not at all on the eyes). > > > Nenah > > > Nenah Sylver, PhD > > Nenah, > > I am an engineer with over 50 years of experience in electromagnetic > fields. > > I did not finish reading your paper. I stopped at your discussion of > Rife technology. Here are some problems you do not address: > > 1. A bacteria is immersed in a plasma that has a certain dielectric > constant. > > The bacteria encloses a plasma that has a similar dielectric > constant. > > An incoming electric field cannot distinguish the boundary between > the two. There will be negligible force against the wall of the > bacteria. > > This means you cannot shake the bacteria with an applied electric > field. > > 2. There is no resonant frequency that will affect bacteria. > > Bacteria are not solid brittle things like glass. They cannot be > shaken at some resonant frequency and fall apart or break. This is > called damping, and it is a very important engineering principle. It > is what makes your shock absorbers function. If you have ever tried > to drive a car that has no shock absorbers, you will quickly end up > in the ditch. Bacteria are very well damped. > > 3. High frequencies travel on the outside of a body. This is called > skin effect. The energy falls off quickly as you try to penetrate > the flesh. > > This is why it is so difficult to contact nuclear submarines. > > We have a similar salt content to the ocean. Not exact, but close. > > 4. The harmonics of a signal fall off very quickly with harmonic > number. > > There is negligible energy at the frequencies that might affect > bacteria. > > The combination of skin effect and harmonic loss assures that no > bacteria will ever be harmed by applying a signal external to a > body. > > 5. If there were any effect from an applied field, it would also > affect mammal cells. > > This is an important issue if you are trying to kill cancer cells. > > If you could get the penetration needed to affect pathogens or > cancer cells, you would also kill the cells you are trying to > protect. There is no way to avoid this. > > Rife technology does not require the AMA or other institutions to > kill it. It only works for gullible individuals who may have more > money than common sense. > > I am cetain your LED dissertation contains similar oversights. > > Thanks, > > Mike Monett > > > -- > The Silver List is a moderated forum for discussing Colloidal Silver. > Rules and Instructions: http://www.silverlist.org > > Unsubscribe: > <mailto:silver-list-requ...@eskimo.com?subject=unsubscribe> > Archives: > http://www.mail-archive.com/silver-list@eskimo.com/maillist.html > > Off-Topic discussions: <mailto:silver-off-topic-l...@eskimo.com> > List Owner: Mike Devour <mailto:mdev...@eskimo.com> > > >
