Super simple way to see proof Pseudo Solid principle works using ring magnets

[gammarayburst]

The magnets are always moved to the up angle part of the work bar BEFORE the bars are moved left or right. VERY important!

[Low-Q]

The magnets are always moved to the up angle part of the work bar BEFORE the bars are moved left or right. VERY important!

I think you overlook some details in the practical operation of this device. Magnetism will attract or repel other magnets with different force depending of the presence of magnetic materials. Magnetic materials will also attract or repel other magnetic materials depending on the presence of magnets and their magnetic orientation. This presence, far away or in close vicinity will finally account for all forces in the cycle.


So, just to correct some "important" instructions, it does not matter how you order the left/right thing. It will not work.


Vidar

[gammarayburst]

I think you overlook some details in the practical operation of this device. Magnetism will attract or repel other magnets with different force depending of the presence of magnetic materials. Magnetic materials will also attract or repel other magnetic materials depending on the presence of magnets and their magnetic orientation. This presence, far away or in close vicinity will finally account for all forces in the cycle.


So, just to correct some "important" instructions, it does not matter how you order the left/right thing. It will not work.


Vidar

You are incorrect.

[gammarayburst]

@GammaRayBurst

Question?  see attached
               cheers

This sequence will not work because the level part of the work bars is not extended out past the lower assembly in one of the steps.
Butch

[Low-Q]

You are incorrect.

Nope. I suggest you try a very simple experiment:
Take 10 marbles and devide the number in to two groups of 5 marbles.
1. Move the first group to the left, and then back BEFORE you move the second group to the right and then back.
2. Move the first group to the left, and then back AFTER you move the second group to the right and then back.[/size]
How many marbles do you have after 1. and 2. experiment? I guess you still have 10 marbles in total. You can arrange these marbles in any way you want, but you will still have 10 marbles to play with.


The same applies to magnetism. You cannot "destroy" or "create" the total flux from a magnet on your demand without energy inputs.
In a closed system there is no change in the sum of forces due to magnetism.


You can prove me wrong if you do a practical experiment with the design you recently came up with - or play with those marbles. Doesn't matter. If you end up in having a working device, or end up with 11 or more marbles after experimenting with the initial 10 pcs, I will be convinced that you're right.


Sorry, but I don't believe anything before I can see it before my own eyes.


Vidar