TPU Compiling

[acerzw]

@stallman

I think it would be useful for all the TPU workers on the forum to use a common format for their diagrams, I liked tao's but it is not easy to edit, so I have created a basic diagram of how I think a TPU self runner would work. I have attached a JPG and a Zip of the Open Office Draw original. I suggest that everyone might use this diagram and post a modified zipped Open Office Draw original with a JPG for the convenience of forum viewers. I am a theory guy, not a hardware guy so I am sure my comments about the control circuitry on the diagram need revising.

I am convinced that this device is a BEMF device, like Bedini's Simplified SG motor generator, the harmonic frequencies just appear to increase the BEMF spike output. I would also suggest that everyone reviews SM's comments regularly as we learn from the tube guys devices, there are a lot of clues there.

It is important to make the device a self runner, so a converter that takes energy from the output and converts it to a form usuable by the control circuitry is a must. This may be a capacitor or battery like Bedini uses. I strongly suggest that if you don't have Bedini's book and DVD's that you get them, they are real diamonds in the rough, and he shows spikes like the tube guys are getting.

The tube guys have had full conversion events so it seems likely that if they tune down the frequencies from a full conversion event like SM says then they should just about be there. I think they need to stick to the size of SM's device and coil arrangements as we know that configuration works.

Keep up the good work guys! 

[stallman]

@acerzw

Thanks for your drawing I will stick them in my report.

So you think that this machine gets its additional power from the back emf? I read that the power might be coming from scalar wave interaction. To me it makes more sense that it is scalar wave interaction because of harmonics. Bedini systems that utilize that back emf run at various speeds determined by impedence. The TPU however (from my knowledge) change it speed (hz) when it was under load. Also I have read (correct me if I am wrong) that the TPU runs at 5Mhz. I think that would be too fast to use the back emf efficiently. Look at http://www.youtube.com/watch?v=LlOP2LD-IpI this guys back emf. He uses on a few hz.

I you still think it is back emf could you please explain you side. I would like to compare the two.

Stallman

[acerzw]

@stallman

I do take your point, I am in two minds about it at the moment, Tom Bearden has a lot on scalar waves and given his level of knowledge I think he is most likely correct about them, however there are still some doubts in my mind about the exact nature of them and how they interact at a physical level. To me BEMF is already proven by Tom Bedini in his numerous devices, however I am not sure whether any device has been proven to use scalar waves for sure? You seem pretty knowledgeable are you convinced 100% that any particular device uses them, if so I would be interested in a few links where I can find more info.   :-)

[stallman]

@acerzw

Look at Peter Lindemann's videos. They have tons of Tesla and scalar information. Scalar waves are real. A Tesla coil is based on scalar waves. If you look at a Tesla coil primary and secondary it should not be able to produce what is produces there is no way a transfomer primary and secondary that are spaced 3 inches or more away could produce the sparks it produces. A microwave tranfomer can't produce what a Telsa coil can. Scalar waves, however, can.

Just because you know BEMF exists doesn't mean it is what the TPU uses. I am also not 100 percent sure it runs of scalar waves. I am waiting for Toa, Otto, and the other builders to check out my idea.

Stallman

[acerzw]

@stallman

Yes, I guess I'm waiting too. Scalar waves are neat though, must read up on them more.