Quote from: floodrod on Jul 09, 2024, 07:21 PMI'm watching to see if you crack it..

I just want to add this though..  Metal near a magnet will not always induce the same polarity as the magnet.  It depends which side the magnet is on..

The side closest to the magnet turns the OPPOSITE polarity as the magnet.  And the FAR side turns the same polarity as the magnet. 

I can demonstrate conclusive proof of this with scope shots if needed.

Ok, that looks 'interesting' and could have further research...however, I disagree.
The simplest way to find out is to get a Magnetic Viewing Film...and place it covering both, magnet and steel.
You can use any plastic piece as a gap, in between magnet-steel.
Then you will see that the Bloch Wall on Magnet has displaced towards steel piece. So, it is no longer at dead center of magnet.
Of course, it depends on the steel length, so the longer the steel, the further away the Bloch wall would set towards steel.

Anywhere you get an N & S polarization on the same piece of steel, you always must get a center Bloch wall. So, check if your steel piece has a centered Bloch wall.

I have that experiment on a video...where I used an identical cylinder of steel as the magnet.

Cheers

Ufopolitics

Here is a pic of a laminate on viewing paper.



You can see the 2 separated poles and the whole center has no polarity.

It's also undeniable with a scope, coil and magnet.  Place the magnet inside the coil then pass the laminate by the coil.  Observe the sinewave..  Then switch the positions and place the laminate between the magnet and coil..   The sinewave reverses..  Same pole of the magnet affecting the laminate both times and same direction of motion.  but reversed sinewave.

Link added in the header-  https://www.mooker.com/index.php  

I might make it nicer later.  but it's up 

Quote from: floodrod on Jul 09, 2024, 07:54 PMHere is a pic of a laminate on viewing paper.



You can see the 2 separated poles and the whole center has no polarity.

It's also undeniable with a scope, coil and magnet.  Place the magnet inside the coil then pass the laminate by the coil.  Observe the sinewave..  Then switch the positions and place the laminate between the magnet and coil..  The sinewave reverses..  Same pole of the magnet affecting the laminate both times and same direction of motion.  but reversed sinewave.

Hello Floodrod,

Ok, according to what I see on image above plus your description, you have a galvanized steel laminate and a bar magnet sticked on top...
And I believe we are discussing two separate experiments.
If my interpretation is wrong, please let me know, thanks.

Previously, I was referring to a 3D Volume of steel material (could be a cube, a rectangle or a bar or cylinder) getting closer or making contact (it don't matter, it's the same effect for closer or contacting) with a magnet pole

I have made a short video so you (and all other's viewing here) have an idea:


Related to the coil, magnet and scope plus the laminate...if you have a video of this test, it would help to see how it is done.

But again, we are talking different embodiments here...and geometry is very important when it comes to analyzing magnetic fields behavior.

Cheers

Ufopolitics 

Sure- here is a video..  And a Clip from ChatGpt.