Newton's Magnets

[tinman]

Very well, Tinman

I  accept that there is egg on my face.  I appologise sincerly-
Once in a while, I loose it and just wig out / flame.

Thank you for hanging in there in the face of it  and  sticking to your ground any way.

I will however put up short video of a ceramic magnet sticking to a neo magnet,
like poles together.  Not as a justification for my blowing up, but for the readers
at large to be aware.

        respect
              floor

As i stated in my video,i know if the neo is to strong,and the ferrite to weak,like poles will stick.'
In fact,you will find that the ceramic magnet now has either very little magnetic strength left,or it has flipped it's pole's altogether.

But i took care as to what strength magnets i mixed,so as this very situation did not take place.

I also made it very clear in my video that my version should in no way reflect on the outcome of your linear version,which i also did in the thread at OUR right from the start--Carroll will verify this.

So i have done my best to do it right,and i was a little shocked to read your comment about my true intentions,as no one would like to see an all magnet motor running on his bench more than me--or any self sustaining system for that matter.

My true intentions have always remained the same,and that is to find freedom from the cartels of power.


Brad

[Floor]

@ Lumen

The same applys.

My apologies for all the harshness, it was uncalled for.

I just get defensive and attacking about the designs some times.

Again I apologize.

   floor

[Floor]

@ Tinman

Thanks
      floor

[tinman]

@ Tinman

Thanks
      floor

All good Floor 

I have not given up yet,just trying to work out why or how the rotary design shows this sticky spot,but the linear design dose not?.

Added
Video renamed,and description edited.


Brad

[lumen]

@ Tinman

The best part of these experiments is not whether it works or fails, but what is learned.
Your test actually confirms that in a sliding device there may be a gain in energy because the repelling ceramic magnet is not able to repel under some changed conditions.

Consider the ceramic magnet that is in attraction to the Neodymium is in fact increasing the strength against the repelling ceramic magnet by adding to the field direction.
The increased repelling force surpasses the maximum repelling force of that ceramic magnet and part of the magnets domains change direction and it becomes unable to repel any harder.

I know this because I have the same device and only use neodymium magnets, the results are very different.

@ Floor
Relax a bit... No one here is trying to prove anyone wrong.
I know a simple description is hard to follow.

I think Tinman may have shown why the sliding setup with ceramic magnets may actually work, and why it is doubtful that the same effect could work with Neodymium magnets.