Tuesday, August 14, 2018

Understanding how a magnetic motor can run for a thousand years

Here's the link to part 2

This is a simple little device with a simple little answer, what we're trying to prove is that you can make a Off the Grid motor using the same principles as you seen above video. But what do you actually need to accomplish this, one you need a sensor to you need a bell system see diagram below

 Look at the diagram above and simply remove the bell and replace it with Calloway's magnetic motor and add a magnet onto the hammer that used to ring the bell, the sensor tells the electromagnet when to turn off and on let's look at one more video to see this in action
The switch was on 4.5 votes from DC
Once you understand being simple little terms then you can create a bigger and more powerful motor they even uses less electricity than the big gigantic Gadget to move a lightweight neodymium magnets was just over power. But none the less the concept has been proven now it's up to you to improve upon this technology like we had. Hope to see your YouTube video explaining how you improve this simple little magnetic motor.
Here's a hint in a clue
Try adding a capacitor and a 
generator onto the rotating motor axel

Here's an old paper we were talking about earlier, you may go to the previous link here

are related in one big happy family, why don't people want you to know this? because If you notice in the video examples above they were getting free energy as they lit up those light bulbs. It wouldn't take long for people to realize that passing electricity through a certain circuits or coils would produce a field of free + a magnetic field at the same time, so 1 actually equals 2 in this case,
For years people have try to make this mechanical arm move back and forth to move the magnets, they use their own hands to perform this and it and (as you can see it does work) but today we have circuits which will turn on and off electromagnets to do the same thing why do they make this simple little things so hard. Go back to the (diagram below) and see the coil electromagnetic which turns off and on, again it's Tesla's work and it doesn't take energy to turn a switch off and on or switch back and forth just moving your energy you already made from one place to the other and using the very energy doing work to work in your benefit all on magnetic force.

So let's finish this so you understand what they've been trying to stop for so long if you build any magnetic motor that also is coupled with a generator, you have a motor that will run indefinitely.
Why?
As the electricity from the generator runs down the wire, you coil the wire at sometime creating a magnetic field, the magnetic wheel larger than the motor, (for torque purposes). Will want to move away from the negative iron in The Wire. Just as the light bulbs lit up, the same effect what happens when you put magnets next to an electromagnet, it wants to move away from it's like polls.
See diagram below
When you start to bring all these things together as one, seeing that people can generate electricity from the electromagnetic fields that they Powerline gives off. And then scene that you can build an electric static motor that works off those same fields, then the diagram above seems to work. But when you look at reality Tesla's induction motor it puts those principles right in two practice. All Motors work on electromagnets
👌 what other evidence would you need to know that this diagram you see above works perfectly from all the evidence you have here, these motors are being used in the military applications for underground bunkers and is not previous to public examination. Meaning you will never be told about this type of device it's a military Secret. But not unknown if you study long enough in any Library.

2 comments:

  1. Gravity is the force needed to accomplish this set. If you suspend the device like a ceiling fan - the point where the magnets want to lock - is where you can use gravity to drop the driver and then use the momentum to ramp the driver back up.

    OR - Since the only time you really need to be concerned with the "locking" of the magnets is on the first cycle, have the machine pick up a magnet-blocker on the first cycle.

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    1. We would love to hear from you Ed Media Library in all your ideas on magnetic motors, we have built many types of magnetic motors but one stands overall if you would like to see the results please give me your library a call at 313-651-5349

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