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SM wrote in one of his letters to Lindsey:
"The interesting thing is how with the right combination of
frequencies, you can actually create a revolving field with inertial!"
I have an experiment, where I can create rotational plasma arc, with different rotational speeds, where these inertial effects are very measurable (observable also), on these low power density level. I could only imagine how big the effects could be, if the rotating "wavelength" would have the power density of the TPU. No physical vibration here, because of the gaseous transmission line.
I find very interesting the way mixed waves interact. With the right ratio of mixed frequency's you can create series, where the resultant frequency's will able to mix with the frequency's those created it, resulting an infinite series. SM also mentioned if the frequencies goes too high, the TPU would self destroy. I think SM mixing two, maybe three different frequency's in an unseen way ,to create a field around a collector.The created field, could be equivalent to a power source which has the internal resistant of the collector, and voltage which is preset by design.
Several ohm internal resistance and 110V or higher short circuited, you can imagine how big power density will created when short circuited. The wires all will burn up, if the field behind the potential could supply the current. I like to imagine the resultant "wavelength" around the collector which has a potential distribution as the DC wave (potential difference between the ends), and when loaded a current density close to the DC wave on that potential, with a little ripples in it. When shorted, or too low output resistant is used, the collector will dissipate the bigger part of the energy, and here comes the big BUMM!
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"A designer knows he has achieved perfection not when there is nothing left to add, but when there is nothing left to take away." Antoine de Saint-Exupery
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Author
Topic: Inertial Aspects Of The TPU (Read 6283 times)
