I think the supposition that frequency affects the chemical reaction of lye is not fact based. James said: “"Keep in mind the 27 megahertz causes the galvanic chemical reaction to occur faster.”
Basic science teaches that any chemical reaction will go faster with the application of heat. Certainly, this would be so for combining HF (heat) and DC (chemical reaction) in the follicle. I could be mistaken, but I don’t think HF frequency has anything to do with increasing or decreasing lye production. One would have the same increased lye production if you were creating, say, 160 Fahrenheit in the follicle — whether it was with 27 or 13 or 40 megahertz. (Some day, when I’m feeling REALLY brave, I will tell you the history of where the 27 megahertz came from, but not here: too long a story.)
Still, what is that “metallic taste?” It seems to come “now and then” with “this or that” machine? Although James Schuster’s experiment did illustrate some “base” buildup around metal objects placed in the DC pathway, his experiment showed you must have metal for such a (very nominal) buildup. Furthermore, he based his experiment on using extreme amounts of DC (one full amp., I believe), for over a full hour of time! (We don’t do that — ever.)
So, you would assume from Schuster’s experiments that some metal taste would be sensed from your “metallic fillings.” Well, people with no teeth at all can also experience the “metallic taste!” Folks with complete dentures (no metal) can have the metallic taste. So, what is the “saliva reaction?” (I don’t think there is a chemical reaction in the mouth at all. I don’t think there is a “saliva reaction.”)
I have made my own conclusions about this (and asked a couple scientists in my area before I wrote my book), but here’s a really fun experiment that will probably bring you to the same conclusions that I made. Try the following.
If you have the capability of using just DC on your machine, hold on to the “indifferent ground” (actually the DC return, in this case use the negative mode, but either polarity works the same.) Now attach your cataphoresis roller (in the + mode). Turn the DC meter to 10/10ths or higher. Place the cata-roller next to the outside corner of your eye. Close your eyes, and with the current on, quickly tap the roller on and off the eye (very near, not in). You may do this in a dark room for a better effect. So, do you see a tiny flash of light? If you are doing it properly, you will see this flash of light. If not, try different locations around your eye. Keep tapping and you will see the flash.
So, is the DC cata-roller actually making light? Indeed, seeing light is your experience. What do you think is actually happening, and how can you translate this finding to the experience of “the metallic taste?” And, that’s your morning assignment!
Nur für Beate: One of the physicists I consulted with, years ago, was Helmut Zoike. If you look him up on German Google you will find his amazing story. I grew up with Zoike’s son, but listened for hours to Helmut’s “first hand” history from the German perspective. Zoike was a boyhood friend of Werner von Braun, and was at Penemunde with von Braun. He died only last year.)