08/08/2024
Jumping into the deep end can be scary or confusing, especially when the subject of the discussion is electrical engineering.
A number of people have commented about this on some of my earlier posts, so let me provide a beginner tutorial for those of you who are new to this, or are not experienced with the cause and effects pertaining to electricity.
When a copper wire is electrified, a force field is initiated around it. This expansive explosive compression disrupts the existing electromagnetic field that is generated by our planets momentum.
When an electromagnetic field (EMF) is created inside of an existing electromagnetic field, the inverse field function (collapse) is magnified. This is what Nikola Tesla discovered, and this is why AC(pulsed) systems provide more current(force) than direct current(DC) methods at the same voltage and amperage.
Consider voltage as the adjustable nozzle the end of your hose, and Amperage as the volume of water that feeds it.
Why does pulsing a current through a wire provide more force than a constant flow? The answer is gravity.
The force that provides electrical potential in every hydroelectrical system is the exact same force that allows AC pulsed compression methodologies to amplify electrical current.
Physics is not theoretical. Science, as we all know by now, has been HI-JACKED. The same people who control the federal reserve control information. They control the patent offices and the military industrial classification processes. They have been hiding this information because they are making trillions of dollars each and every year by selling gravity in the form of electricity. It's enough to make me sick just thinking about it.
I am sure that most of you have heard that every action has an equal and opposing reaction, but do you understand this concept well enough to explain it? I refer to these opposing values as inverse-field reactions. The equal and opposing value is a bit simplistic, and it isn't accurate. The expansive decompression that is initiated by the electromagnetic bubble may be equal and opposing to the electrical pulse that initiated it, but the collapse of the bubble is a different story entirely. Unlike a bubble collapsing in water, the surrounding material/field can't simply flow back into place. This is due to the surrounding hemispheric polarity.
A great example is a broken magnet. When we break a magnet or a magnetic field, we create a bi-polar field interaction. First, both halves repel from one another before rotating 90 degrees. The inversion, attraction and acceleration provides square of force values due to the attractive acceleration.
This is how and why Nikola Tesla's AC power system was and is more efficient than Edison's DC power system.
Using a joule thief circuit, we can test the output and verify the electrical power.
A joule thief circuit is a tiny transformer. It is based on a ferrite toroid yolk with two counter-opposing copper windings(coils) and a transistor that acts as a switching circuit.
If you do not know how a transistor operates, here is a link to a video tutorial.
https://www.youtube.com/watch?v=J4oO7PT_nzQ
The Back EMF from each of the counter-opposing coils produces a compression field that is directed toward the opposing coil. This creates a counter-field effect which makes this operate like a pendulum.
https://www.youtube.com/watch?v=0GVLnyTdqkg
Speaking of pendulums, one of the best tutorials for learning about electro-gravitational inverse-field applications is the mechanical methods developed by Veljko Milkovic. This tends to remove any and all arguments pertaining to tapping and applying electro-gravitational potential.
https://www.veljkomilkovic.com/indexEng.htm
I modified Veljko's version, calling my adaptation a Mechanical Alternating Gyroscopic Inertial Compressor, or M.A.G.I.C. for short.
You can review it and other adaptations on my photo wall:
https://www.facebook.com/photo.php?fbid=892536946257963&set=pb.100065049968976.-2207520000&type=3
Step-by-step run through of how a Joule Thief circuit works. Includes how all the parts, the 1.5 volt AA battery, the resistor, the transistor and the ferrit...
