Magnet Motor Field View

[@lukiepoole9254]

Have you try making a "markov" transformer? It's lenzless. Although the source and load are flipped. The two windings are secondary, need to be parallel. The singular winding is to be use as primary.

[@chusdiaz9160]

😂😂 Son imanes y campos magnéticos,no confunda mas a la gente con comparaciones alejados en conceptos y principios por el simple hecho de nexo común "Campos magnéticos¿Markov? Su comparación es como decir al inventor del avión ¡Has creado un UFO ! Por que ambos están suspendidos en el aire 😂😂 .No me extraña que no le respondan ,lo extraño aún lo hago yo😂😂..

[@sandysmagicmix]

@lukiepoole I have read this comment from you on multiple videos about unrelated topics. Build one yourself and you will see how really works, or doesn't work! Film a video of it operating and post it to YT!

[@lukiepoole9254]

@@sandysmagicmix Nah I figured it out. "frolov transformer" is the name but due to complex/imaginary/reactive power, output current is almost non-existence since the primary windings is literally an inductor as no back emf is induced by the secondary windings, as they cancel each other. Therefore capacitor is needed on the output side to convert the complex field into real field. The funny thing is the input and output current are 180 degrees out of phase. If you apply back emf cancellation on a generator, the breaking load torque is drastically reduced, achieving over unity. The MAIN question that needs to be answered is what are the differences and similarities of a rotating electromagnet and the inductor. Phase shift. This reveals the SECRET equation - electrification. Psi • Phi = Koppa Aka Electric flux • Magnetic flux = Planck. Matches what Eric p dollard said before.

[@lukiepoole9254]

@@sandysmagicmix And what is energy? Planck per second. The equations also unite the magnetic energy and electric energy equations as well as power. Fits straight in doesn't it?

[@sandysmagicmix]

@lukiepoole9254 I really don't know anything of value. The words and math are all symbolic, I have tried my best to understand these things in a practical way. I have never tried so hard at anything and made so very little progress. I'm glad that you have a clear understanding and I hope you can hold it in your hands if that is your ultimate goal.

[@Jon-fs2zj]

I wonder how the field would look if the steel slug were milled to have the same curve as the stator? Also if you rotated it nintey degrees so it stands on it's end. Need to look for that viewing paper. Interesting thanks

[@lektor0815]

Where did you get this foil from and what is the name of it? Looks better than the normal magnet foil. 😊👍

[@69Atho]

Ebay

[@vahurtaru3513]

@@69Atho Jebei! Eeto šutka.

[@_John_Sean_Walker]

The yellow line is where there is no magnetic field, it is exactly between the north and the south because they cancel each other out there.

[@69Atho]

That being the case, how do two magnets stick together with such great force?

[@_John_Sean_Walker]

@@69Atho Put your viewer on the side of your largest magnet, and you will see that in the middle is that yellow line. The force is more to the tips, where equal polarities repel each other, and opposite polarities attract. The neutral, non-magnetic iron is attracted to both poles, but near the yellow line somewhat less. If the non magnetic iron is close to the magnet, the fields can interact with each other inside the iron.

[@_John_Sean_Walker]

@@69Atho Inside the viewer are small iron particles with a somewhat elongated shape, when they are in reach of a magnetic field they become little magnets with an opposite magnetic field, and when they are next to the magnet, their tip bends towards the pole they are closest to. When the filings are in front of a pole, they point toward this pole. If there is no field, the filings are oriented randomly, and reflect light like any amorphous material.

[@69Atho]

@@_John_Sean_Walker While i agree that the field is neutral between the poles, the field still exists. This is what the right hand rule is based around.

[@_John_Sean_Walker]

@@69Atho You can try with a small nail or a needle in between the two poles how strong the field is. The attraction is equally strong for both sides, just like the two scales of a balance.

[@chusdiaz9160]

La cámara está ligeramente desplazada a la izquierda,ocasiona cierto error al observador

[@gregstafford2155]

Great to see you back Tin man. I believe magnet motors are possible. I lean more on the side of shielding the corners of the magnets stator and rotor to get past the sticky spot

[@jensbuchholz5766]

❤