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Simulating Surges and Oscillations of Overunity derived from Eric Dollard's LMD

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  • #16
    Spicy Boom!

    https://is.gd/spicy_boom

    This brings about an instantaneous rise to infinite power maxing out LTSpice at 50 septillion amps and 100 million centillion watts!


    Sorry for the lack of a graphic depicting wattage output. I don't know why it gave it to me the first time I tried this and now, the second time, it does not! There has to be volts to give amperage, so where's the watts? Oh, well. I guess LTSpice has decided to fail me today?

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    • #17
      Balanced Retention of Power

      https://is.gd/nosource
      https://is.gd/aerial_capture

      An almost perfectly balanced retention of power with very little escalation towards infinite output.



      Comment


      • #18
        More Amps from Less Volts, or How To Explode Batteries in LTSpice!

        Is this another Joule Thief? Or, just another way to drain batteries?

        https://is.gd/boom_batteries



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        • #19
          Cold Electricity? Or, just another way to explode batteries?

          Is this cold electricity? Another Joule thief? Or, just another way to drain batteries?

          https://is.gd/dead_batteries

          Comment


          • #20
            John Ernst Worrel Keely Genius or Fraud?

            John Ernst Worrel Keely Genius or Fraud?
            By Hans von Lieve

            https://is.gd/enharmonic

            Finally, a definition / translation of that enigmatic expression of Keely's dating from the 1800's world of pipe organ master builders equivalent to the term of pure temperament tuning of exact ratios also known as Pythagorean.

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            • #21
              Square Wave, Regulated Switching. Resonance - Does it Matter?

              https://is.gd/free_energy8
              https://is.gd/free_energy9
              https://is.gd/free_energy10

              a YouTube video

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              • #22
                Dial an Amp from an Aerial

                Aerial Energy at its Finest!
                * DIAL * AN * AMP *

                The following simulations are generated by a Duty Cycle, of from 0.9% to 1.3% at 1Hz, placed upon a Load sourced from an Aerial. These simulations do not invoke trapezoidal approximations.

                https://is.gd/10amps
                https://is.gd/100amps
                https://is.gd/400amps
                https://is.gd/8kiloamps
                https://is.gd/80kiloamps

                The following simulations have a Duty Cycle of either 2% or 3%.

                https://is.gd/200gigaamps
                https://is.gd/10trillion_gigaamps

                In all these examples, the same Wattage is coming from the same Aerial Source. Yet, a vastly different outcome due to percentage of duration for discharging the two Central Capacitors, of 9 pico Farads each, into the Load.

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                • #23
                  Ćuk converter with an Example of its Use.

                  The Ćuk converter comes closest to my derivation of Eric Dollard's LMD composed of two capacitors and two inductors.

                  https://is.gd/chookconverter
                  https://is.gd/chookuse

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                  • #24
                    Whatever U Want from an Open Circuit

                    https://is.gd/whateverUwant

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                    • #25
                      Perfect EV

                      Perfect output for an EV with an air core, pulsed motor coil of 50H and 17.72mΩ.

                      https://is.gd/perfectEV

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                      • #26
                        Great work! When do you plan on showing-off a prototype?

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                        • #27
                          Originally posted by Dingus View Post
                          Great work! When do you plan on showing-off a prototype?
                          When I can no longer make improvements in hardcore simulators. You know, the ones which put your nose to the dirt and expect obedience to common sense, such as: LTSpice. Micro Cap is worse. I don't know if I'll ever pass through that portal alive with these simulations intact. But I might have a chance with LTSpice. But can I do so with all hints of trapezoidal approximations turned OFF and adhere to the use of its 'alternate' sparsing engine? I don't know. That's a tough challenge. But that's what I have in store for myself once I feel like I've taken development to the max using Paul Falstad's simulator. Thanks for your enthusiasm.

                          But I have another hindrance: I'm afraid of high voltage of which almost all of these simulations are excessively engaging in. Yikes! So, I'll have to start with a toy model.

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                          • #28
                            200 Amps from an Aerial - Improved

                            New and improved "Dial an Amp" with resistance in series with the transformer coils plus a more stable duty cycle which favors less undulation of output -- less randomized extremes of high versus low. The caveat is that I'm still tied to a time frame of 40 seconds. But, at least, this still remains a non-trapezoidal approximated simulation of free energy from an aerial.

                            https://is.gd/200amps


                            a YouTube video

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                            • #29
                              Better than a Hartley oscillator ...

                              https://is.gd/halleluyah

                              An oscillating tank circuit of a few mega amps and giga volts initiated by less than 100 pico amps using a momentary surge from a snap switch.

                              Not only do the oscillations of this circuit never die, but they continue to escalate at a pace so small, that it would take a lot of patience to discern the change. Merely a momentary snap of the switch located near the antenna A/C source on the far left is required to get it going. But you could also hold the switch closed for too long and the outcome will remain the same. You'd just be wasting power.

                              This is a non-trapezoidally approximated simulation tied to a 1 second time frame for some weird reason. There's not much, if any, wiggle room for varying the values of any of its components. In other words, it's precisely tuned.

                              Last edited by Vinyasi; 06-04-2017, 01:43 AM.

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                              • #30
                                Resonant Oscillations of Lightning - An Ideal Thundercloud

                                https://is.gd/lightning_oscillator

                                Also ...
                                https://is.gd/resonant_thundercloud
                                https://is.gd/resonant_thundercloud_image


                                https://is.gd/1trannyLMD
                                https://is.gd/2trannyLMD



                                I developed this model of an ideal thundercloud in resonant oscillation with its immediate surroundings loosely derived from Eric Dollard's model of an LMD analog computer emulating a Tesla coil.

                                LMD - Longitudinal Magneto-Dielectric
                                TEM - Transverse Electro-Magnetic

                                https://is.gd/kurugu
                                https://www.youtube.com/results?sear...nalog+computer

                                Newton's Cradle exhibits both transverse waves at its two ends while the energy translates into a longitudinal shock wave in resonance with the compressed medium in the center through which it must pass.
                                https://is.gd/newtonscradle


                                An ideal thundercloud (acting as an oscillator) will resonate its lightning discharges through the two inductors leading to ground - named in this model: 'lightning discharge' and 'lightning discharge #2' - and develop magnitudes of energy similar to this model.

                                a YouTube video
                                Last edited by Vinyasi; 06-05-2017, 02:17 PM. Reason: this topic was so vital it deserved to be reposted under a different presentation

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