An interesting Phenomenon in Magnetism

[vineet_kiran]

We have to power the side magnets to move forward over a uniform parallel magnetic surface which requires negligible power input but the steel  ball or sphere magnet is attracted towards stronger flux with a terrific  force.   Sphere magnet would be a better option than a steel ball.   I did not get the sphere magnet.  (it seems sphere magnets are banned).

I know nothing about PMH.  Please forgive me.

[truesearch]

Vin:


If you aren't familiar with the PMT (Perpetual Motion Holder) devised by Edward Leedskalnin of Coral-Castle fame you need to read about it:
http://www.leedskalnin.com/leedskalninsperpetualmotionholder.html
https://en.wikipedia.org/wiki/Edward_Leedskalnin


To me it appears like the PMT is possibly what makes Flynn's "Parallel Path Magnetic" device work:
http://www.flynnresearch.net/technology/PPMT%20Technology.htm


truesearch
(edited for clarity)

[vineet_kiran]

@Truesearch

Thanks for the links.  Have a look at the video below :


https://youtu.be/n7OGd5YJwE8


I don't see anything strange in PMH. When two steel pieces are joined and magnetized, they behave as two separate magnets having poles at the end.  The force due these poles prevent demagnetization on each others end, holding them together for a long time.  When they are separated, they get demagnetized due to removal of force. So, when they are brought together again, they won't stick together.

[Zephir]

@ vineet_kiran: Try to imagine, that your ring magnet is actually very large - after then you'll realize, you're pursuing very trivial effect and that no overunity is hidden behind it.

[vineet_kiran]

@Zephir

Big or small ring magnet, the effect is same.   Have a look at the video :


https://youtu.be/kSbltwk-4B0


I have placed a weak bead magnet on outer circumference.  It experiences lesser force because the flux gets diverged on outer circumference (convex).   Same bead if kept on inner circumference (hole) it experiences greater force because flux is converged on inner hole (concave).

I don't know whether any OU is hidden in that.   But what is wrong in testing it?