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  • Originally posted by AetherScientist View Post
    I am reading some information at the moment about the device. It seems simple to build, but it involves the use of some chemicals.

    The most important thing I have seen is that Keshe also explains about the CCW and CW rotations as Smith.

    After understanding a little bit more, a lot of experiments have to be done.

    It seems that the TPU and the VTA have a lot in common with this.
    There is some very useful information about CCW and CW rotations and how they work together, including research on the VTA and TPU, at this link (highly recommended):
    http://www.hyiq.org/downloads/guidel...ng%20Coils.pdf
    Bob

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    • Originally posted by Bob Smith View Post
      There is some very useful information about CCW and CW rotations and how they work together, including research on the VTA and TPU, at this link (highly recommended):
      http://www.hyiq.org/downloads/guidel...ng%20Coils.pdf
      Bob
      Thank you very much for the link. I was aware of the existence of that document and the excellent work of Chris. But I haven't read the whole document. So I am going to.

      I have observed some interesting characteristics in some circuits that I am trying to model them. Of course, one of the main bad understood things is the capacitor charging. I think classic theory is not enough to understand how capacitors works.

      Also I have better understood what Smith says and I have modeled some explanations.

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      • Code:
        one of the main bad understood things is the capacitor charging. I think classic theory is not enough to understand how capacitors works.
        this is the point ! i agree

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        • Originally posted by med.3012 View Post
          Code:
          one of the main bad understood things is the capacitor charging. I think classic theory is not enough to understand how capacitors works.
          this is the point ! i agree
          You know that I observed a phenomena when charging a capacitor with AV plug. Using 2 wires it was possible to get sparks but not useful energy. Adding a third wire it was possible to get sparks and or useful energy. Why a third wire transforms that energy from not useful to useful energy? I think you need to unbalance the magnetic field of the capacitor.

          Well, the capacitor seems to need an electric field and UNBALANCED magnetic field if you want to perform work with the capacitor. This is not sure, but it seems that we need an umbalanced magnetic field inside the cap.

          If you have a balanced magnetic field, it seems that you cannot get useful work from the cap, but you can get energy.

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          • Originally posted by AetherScientist View Post
            it seems that you cannot get useful work from the cap, but you can get energy.
            you mean you get spark without useful power ?

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            • Originally posted by med.3012 View Post
              you mean you get spark without useful power ?
              I have just tried to replicate the effect that happened the other day and I am not able to replicate it even if I use exactly the same components and values.

              I mean the other day I was able to get sparks, but if I try to light a bulb with that energy stored in the cap I only get sparks in the wires of the cable. When I add the third wire (from positive or negative from L1 of the ignition coil to the capacitor) I can get sparks and useful energy.

              But I have jus tried to replicate the effect and I don't know why, sometimes I get strong sparks and sometimes very soft sparks. And I am using the same circuit with the same components all the time.

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              • med.3012
                I have found more than 10 different devices that use the CCW and CW coils to produce energy. It seems this technique is very known. I was aware of the existence of bucking coils, but I didn't understood the reason why they are used. Now I understand why they are used.

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                  • Some time ago while researching on energy systems, I had a non sense idea but I haven't tried it.

                    As you knwo when you have a fluorescent near a high voltage, the gas inside the tube gets ionized and it produces light. This is very known in Tesla's coil.


                    What about if you replicate this effect again and again and use dozens of small solar panels to absorb that light and transform it into DC?

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                        • Originally posted by AetherScientist View Post
                          I have just tried to replicate the effect that happened the other day and I am not able to replicate it even if I use exactly the same components and values.

                          I mean the other day I was able to get sparks, but if I try to light a bulb with that energy stored in the cap I only get sparks in the wires of the cable. When I add the third wire (from positive or negative from L1 of the ignition coil to the capacitor) I can get sparks and useful energy.

                          But I have jus tried to replicate the effect and I don't know why, sometimes I get strong sparks and sometimes very soft sparks. And I am using the same circuit with the same components all the time.

                          yesterday i burn 6 diode when testing something in my system, i testes them, some go to short-circuit others conduct in the blocking direction ( still bad ) and finally i found some diode with bad resistance value below 400 ( in diode testing mode ), the diodes play a critical role! they have to be the same resistance, this mean new diode is the best choice.

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                          • Originally posted by AetherScientist View Post
                            Some time ago while researching on energy systems, I had a non sense idea but I haven't tried it.

                            As you knwo when you have a fluorescent near a high voltage, the gas inside the tube gets ionized and it produces light. This is very known in Tesla's coil.


                            What about if you replicate this effect again and again and use dozens of small solar panels to absorb that light and transform it into DC?

                            the E-TBC or the mixed E-TBC absorb the electromagnetic feedback either as magnetic power or electric power according how the electrons spin inside the device, in the case of mixed E-TBC both exist at the same time, because the device receive new electrons it work as a quantum pump. so you question can be solved but instead of using solar panel we just extend the Tesla bifilar coil and make it oscillate with its center ( X) .

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                            • Referring to Posts No. 190 and 191, see US 2007/0007844 by Barbat "Self-Sustaining Electric Power Generator Utilizing Electrons of Low Inertial Mass to Magnify Inductive Energy"

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                              • Originally posted by MorningStar View Post
                                Referring to Posts No. 190 and 191, see US 2007/0007844 by Barbat "Self-Sustaining Electric Power Generator Utilizing Electrons of Low Inertial Mass to Magnify Inductive Energy"

                                thanks so much MorningStar, i can read these very important info :


                                When more force is produced in one direction than another, a portion of that force can be used to sustain the original force and the remainder can be put to useful purposes perpetually (p. 7 of translation).
                                An unlimited source of cheap electric energy can be developed by these established principles, but mankind has been kept in the Dark Ages by later scientists who were not familiar with the whole treatise. A careful reading of Helmholtz's paper shows he mistakenly included inductive and magnetic energy with faulty assumptions and a disregard for works by Ampere and Faraday.

                                This overlooked energy source can be harnessed by knowing that inductive energy is not conveyed by magnetic lines of force but by directional photon energy, as in radio broadcasting and receiving. If the Princeton experiment had produced an oscillating output, it could have been transformed directly into electric power, as in a common transformer. The practical conversion of oscillating LME energy had been discovered serendipitously nearly a century ago, but no one could explain why it worked before Levitronics.





                                in reality i am studying my system a bit more for example take the following image show the discharge in the capacitor, the bright point in the right isn't connected to the diode but it show a strong discharge! the plus + in the left show a weak discharge force ! i am just wondering if this normal ?

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