Giantkiller moves forward into Full Heterodyning.

[Localjoe]

Thanks GK I don't feel as alone in this crazy world of thought, what we do well here is accumulate knowledge without prejudice or pre tense holding us back from evaluating data to find our answer. As far as your fender setup, its gotta be interesting to hear how some combinations react while comparing the tpu readings in relation to the sound.  Such a short time of research and such a wealth of knowledge that sinks in a little more each day in its own way.  The concert here is great The Band just came off stage and they were singing that song .. take a load off fannie was it . Well going go back to the show have a good night all.   
                                                                                     Joe

For fun I mixed 432 and 695 out of my pc freq generator program and unless im crazy it sounds like it just keeps getting louder and building in strength and ive got the volume pretty low. Someone else want to tell me what they think when they try this please so I don't feel insane.... Make sure to leave on for at least 30 to 40 seconds for full effect. I took 432 and multiplied it by 1.61 phi and thats what it did....

[giantkiller]

Thanks GK I don't feel as alone in this crazy world of thought, what we do well here is accumulate knowledge without prejudice or pre tense holding us back from evaluating data to find our answer. As far as your fender setup, its gotta be interesting to hear how some combinations react while comparing the tpu readings in relation to the sound.  Such a short time of research and such a wealth of knowledge that sinks in a little more each day in its own way.  The concert here is great The Band just came off stage and they were singing that song .. take a load off fannie was it . Well going go back to the show have a good night all.   
                                                                                     Joe

For fun I mixed 432 and 695 out of my pc freq generator program and unless im crazy it sounds like it just keeps getting louder and building in strength and ive got the volume pretty low. Someone else want to tell me what they think when they try this please so I don't feel insane.... Make sure to leave on for at least 30 to 40 seconds for full effect. I took 432 and multiplied it by 1.61 phi and thats what it did....

I never changed the volume on my Bose test and could raise and lower the amplitude. And when you heterodyne the 3 just right, then walls of your house talk to you. At that point you get a great appreciation for Stonehenge / Soundhenge. Your house rocks!

--giantkiller. Better to build bridges than dream of rainbows.

[giantkiller]

I tried a notched TPU segment hooked to a TPU segment summing connection to the Fender amp. This gives a lower than 4ohm run. No go. I will to build a seperate set of  Class 'A' amps to drive the summing circuit to the amp.

When this is done my next step, using the PVC notched coil, is to drive the top and bottom Helmholtz's with the heterodyned effect of the middle collector. Patch off the middle collector and connect that to the top and bottom Helmoltz's as tuning forks. We will see.

--giantkiller. And eventually a Youtube video.

[giantkiller]

A chirp in the coil is better than 2 birds in a thread.

I will call this setup Soundhenge.
This Keely based TPU driver console produced results immediately, right out of the chute. An amazing tool.

--giantkiller.

[armagdn03]

GK

I believe you are on the right path, and are succeeding where others have not. Taking it back to the basics. I would like to point out a few things that may or may not help you in your investigation.

1)   TPU builders tend to go about finding the correct frequencies in an incorrect way.
a.   Do not start with the three frequencies, this is the last step.
b.   Find the natural resonant frequency of the Collector coil. The longer the coil, the lower the resonant point. Shorter coil, higher resonant point. Either way, we are way out of the audible range, so your musical TPU will give you the mathematics and ratios, but will not give you the exact frequencies you need.
c.   When you have established this, you now have a solid starting point. This is the frequency you need the other 2 of the three to add up to. Your input frequencies should be in direct relation to the resonant frequency of your collectors physical resonant frequency.
d.   Once you have established which three frequencies you want to run through your input coils (which add to give the resonant frequency of the collector, in rotation) you need to cut the input coils to be the correct physical size to give these resonant frequencies. It is not enough to force a correct frequency through the inputs, the signal you put into the inputs has to match the physical parameters of the input coils themselves.
2)   Recognize what happens when you use different signals
a.   The greatest clue here comes from Avramenko?s plug, though Tesla taught this decades before. If you have a transformer (which the TPU is) and you use AC signal to drive input, output will be AC. If you use pulse DC current, you will have a polarized secondary (which is the equivalent of the collector coil on TPU). This means that you will have a positive side to the collector secondary, and you will have a negative side to the collector or secondary.
b.   If you choose to use Positive pulses, you will find that the secondary will try and strip electrons from the environment around it, it will seek the negative element from its surroundings to neutralize the positive element you introduced. If the voltages are high enough, you will notice an effect called ?electrostatic cooling? which has been observed for quite a while, but for some reason, no connections made. Electrostatic cooling is a negentropy, by which we ?starve? a component with high voltage positive, and it will suck in energy from around it, cooling.

Have a look at patent 568,177. This is Teslas Apparatus for producing Ozone. You will find a DC pulsed Primary, that creates a polarized secondary, which has its ends opposed to create ozone. The air inbetween the ends of the secondary represents the load, and the work done is in the production of  ozone. You could also drive a motor, or other equipment instead of air. Telsa lived breathed ate drank and slept resonance, they physical parameters always match the signal being feed through them.

You will also notice that this system is not OU, but with a key tweak IS! He overtly says in this patent exactly the components needed for OU, and the schematic shows perfectly how they should be setup. It?s a wonder nobody ever really, and I mean really reads the words of the people who tought the people we are trying to copy! Why go to SM? Why go to Grey? Why go to moray? They learned from the masters?.perhaps we should to, instead of starting the race one step removed.