Rotating Magnetic Field's and Inductors.

[tinman]

Hi Luc Tinman Mag and Grum

Here my experiment

https://youtu.be/qNA37WSB8Nk

Youp veird

Hope this helps

Laurent

Hi Laurent-great video.

What kind of wire or string are you using in your experiment?. My only guess at this point in time as to why it keeps spinning is that you are using some sort of twisted wire or string,and it is untwisting,and also getting longer at the same time. Maybe try it with a single strand line such as fishing line,and see if it still spins. If it dose,you have just made the first all magnet motor --but i will stick with the untwisting string theory for the time being.


Brad

[woopy]

Hi Laurent-great video.

What kind of wire or string are you using in your experiment?. My only guess at this point in time as to why it keeps spinning is that you are using some sort of twisted wire or string,and it is untwisting,and also getting longer at the same time. Maybe try it with a single strand line such as fishing line,and see if it still spins. If it dose,you have just made the first all magnet motor --but i will stick with the untwisting string theory for the time being.


Brad

Hi Brad

I am sure that you are already on it because this experiment is so simple and you are probably in possession of a ring magnet and some of your wife sewing thin cotton thread.

And no i have not invented the first all magnet motor, i simply replicated Mag and Grum experiment, and by doing this i stumble upon this issue, And it is why i share it with all of you.

So i expect from you that you will try it in the south hemisphere and report the direction of spinning.

Thank's

Laurent

[MileHigh]

Ghost.

[gotoluc]

Hi Luc Tinman Mag and Grum

Here my experiment

https://youtu.be/qNA37WSB8Nk

Youp veird

Hope this helps

Laurent

Very interesting Laurent

Just like TinMan, the only thing I can think of is the cotton thread you're using is untwisting. However, you mentioned it is not the case.
But if you let it run as long as you can, there must be a point where it will stop as the cotton thread will get twisted to a point it will start making loops? ... when it gets to this point and you remove it from the nail and let it fall so it finds its natural straight line. If you hook it back will it start once again going in the same direction till it stops because of loops?

I don't think fishing line will work since it can't or should not turn. However, if you add a fishing line swivel (see pic) this may allow the magnets to turn if the friction of the swivel can be overcomed by the magnets rotation. If not, I would suggest using 2 needles glued between the magnets to hold the magnets on a hard surface.

Thanks for sharing

Luc

[woopy]

Very interesting Laurent

Just like TinMan, the only thing I can think of is the string you're using is untwisting. However, you mentioned it is not the case.
But if you let it run as long as you can, there must be a point where it will stop as the string will get twisted to a point it will start making loops? ... when it gets to this point and you remove it from the nail and let it fall so it finds its natural straight line. If you hook it back will it once again go the same direction till it stops because of loops?

I don't think fishing line will work since it cant or should not turn. However, if you add a fishing line swivel (see pic) this may allow the magnets to turn  if the friction in the swivel can be overcomed by the magnets rotation force. If not, I would suggest using 2 needles glued between the magnets to hold the magnets on a hard surface.

Thanks for sharing

Luc
However,

Hi Luc

Please read all my comments on the video and also the reply of the readers of youtube

And it seems that some others around the world are already testing the system with success.

I hope you will take the 5 minutes it takes to make this very interesting experiment

Good night

Laurent