Stanley Meyer information

[pauldude000]

pay attention to frequencies.
Where did Meyer get those frequencies from?

Like most people when examining someone else's tech, you are making a fundamentally incorrect assumption. The frequencies are not specific to a water molecule in any sense of the word. The PULSE WIDTH of the frequencies are specific to the energy storage TIME inherent to a capacitor with a dielectric which happens to be water. I emphasize the specific terms to show you why the frequencies are important, not that I don't think you can't understand.


The minimum time the dielectric will hold the charge and the maximum limit the range of effective frequencies. With 50% duty cycle DC square wave signals, only half of the entire wave is high voltage "on" time, while the other half is spent at 0v. The only part of the wave that matters to us is the "on" section, so this decreases the frequency by 50%. Say a given batch of water dielectric will hold a charge for only 1 nanosecond. Our pulse on time needs to be 1 nanosecond long. This pulse time Stan modified as a wave-train of back to back positive pulses with a miniscule gap between each.


All of the pulses combined in each wave-train equal the necessary to our 1 nanosecond time limit before the dielectric sheds the charge, so each pulse is further strengthening the field in the dielectric, putting both dielectric and electric field stresses on the water molecules (voltage as well as charge based stresses), until covalent bonds are overcome by the combination. The concept is quite simple. Any longer of an "on" time is a waste of energy, any shorter would be less efficient. Technically, the frequency would be governed by the dielectric value of the water being used.


Paul Andrulis