These simulations are predicated on two low-level capacitors of 1 pico Farad or less between one or two transformer coils in which the following simulation is an example of... is-this-realistic.txt LOCATED AT... http://tinyurl.com/is-this-realistic INSTRUCTIONS FOR... https://is.gd/free_energy3 LOCATED AT... https://drive.google.com/open?id=0B8FRm7LqRgoaMC1pNklYdlVuMFE THESE INSTRUCTIONS ARE... https://is.gd/free_energy3_info LOCATED AT... https://drive.google.com/open?id=0B8FRm7LqRgoaUUY3ZHFlbl9aYWs All these files, and more, are zipped up at ... https://is.gd/is_this_realistic ========================================================================= 1. Load the simulator into your browser window by downloading this URL... https://is.gd/blankcanvas 2. Save this (binary) text file onto your device... https://is.gd/free_energy3 HINT: This is a binary text file. It cannot be edited within Notepad. You must use a binary text editor, or else use the simulator to edit it. 3. Import the text file into the simulator by going to... FILE [in the drop-down Menu] [and select] Import From Local File [and browse for the text file and select it to import it.] 4. Flick the Switch beneath the 1.5 VDC Battery for merely a brief moment. 5. Wait a few seconds for the circuit to normalize/optimize itself to its comfortable plateau of output values. It won't seem like much, but don't worry - this little mighty mouse can rock your socks off with the proper management. 6. Locate the slider bar called 'Adjust Potentiometer'. It is just above the Advertisements to the mid-right and outside of the black screened area of the simulator. 7. There are three ways to adjust the resistance of this Potentiometer located in the upper right corner of the circuit. 7a. By hovering the browser's cursor above the little rectangle in the middle of the slider and depressing the left-mouse button to move this slider to the left or right to reduce or increase the resistance. 7b. By hovering the browser's cursor above the left arrow marked: '<' to the left of the slider and depressing the left-mouse button to move the slider to the left. 7c. By hovering the browser's cursor above the right arrow marked: '>' to the right of the slider and depressing the left-mouse button to move the slider to the right. 8. The goal of making manual adjustments is to increase or decrease the simulator's output by decreasing or increasing the resistance of this potentiometer. 8a. Reduction of resistance is accomplished by sliding the resistance of the potentiometer to the left. This will increase output. If the output is remarkably increased to 10,000 giga amps or more, than the likelihood of it settling back down to an amperage that is more desireable than a mere 3 micro amperes or its equivalent of ~300 micro watts is possible. 8b. Immediately increase resistance back up to its previous setting of either 861.4 Ohms or 881.2 Ohms unless you want a greater subsequent output to settle down to when you reduce the resistance. 8c. Reduce the Simulation Speed slider bar once you've got it escalating its output to better appreciate the star patterns being written by the oscilloscopes plotting amperage versus voltage of a capacitor and a piece of wire. The inductor is being plotted in normal mode over time. These semi-polygonal shapes indicate negative resistance in that there is a quick vertical shift indicating a rapid change in amperage versus a gradual change in voltage. 8d. Both reduction and the increase of resistance is a tricky business requiring careful dexterity lest you cause out-of-control rampant escalation of output. But with practice, you'll get the hang of it. 8e. You may not get any results (increased escalation of output towards infinity) by merely decreasing the potentiometer - especially on subsequent attempts. In that case, you may find it necessary to give the battery's manual switch another momentary flick while the potentiometer has been reduced by one or two values before returning the potiometer to its previous value, more or less. 9. Good luck! 10. Submit comments or questions to me from my YouTube channel... https://www.youtube.com/vinyasi