Some say the PM is no different than a spring, but that is far from the truth.
In this topic, i will be showing what i have learned over the years in regards to PMs and their fields, and how they can be manipulated for gain.
There will be those that say PMs cannot do useful work--these are the same people that cannot tell you what a PM field is.
How you can make a claim as such, and have no knowledge of what a PM field is, is beyond me.
Could it be a case that those making such a claim listen only to what others tells them, without trying things for them self.
PMs and EMs do !not! have field lines-period.
So many are fooled by the sprinkling of iron filings over a sheet of paper atop a PM, thinking that they are looking at field lines.
Fact is, those iron filings become temporary PMs them self, when in the presence of a magnetic field, and so form what looks like magnetic field lines when they stick together.
A magnetic field is more represented as a gas or a cloud around the PM.
This cloud can be distorted/manipulated in ways that can result in a net gain of energy in a full cycle.
There is no transformation of energy from a PM to another form, which is why the PM can continue to do useful work without loss of it's own energy.
And yes, PMs have energy, unless you can explain as to how the magnetic field is maintained without some form of energy producing i
Each atom has a set of energy levels associated with it. All of the atoms of a particular element have the same set of energy levels, but every element has a unique set of energy levels associated with its atoms. Knowing the energy levels identifies the element.
So what happens when you align all the domains that contain these atoms ?
So the PM has energy which has been aligned to produce a field, and that field can be made to do useful work, when manipulated correctly.
Those that followed the 1+1=3 thread, will know that some times things don't add up as they should.
With 1 PM, we may have had a pull force of say 2kg, but when we added another PM of the same, with apposing fields facing each other, our pull force did not double as it should, but gains of up to 5x were seen.
A PM can either attract a steel ball, or repel it. It all depends on how you configure those magnetic fields.
An old experiment i did years ago, along my path of learning how to manipulate magnetic fields to do what they normally would not do.
https://www.youtube.com/watch?v=Hzvy1VgdXDoIn the next post i make, i will give you a little experiment to try.
All things to come will be easier to test for those with a 3D printer.
Brad
Never let your schooling get in the way of your education.
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Topic: Distorting PM fields for Gain. (Read 6182 times)
