New proof and blueprints on how to properly sheild magnets

[seekingknowledge]

I don't see the shielding proof of this video.
There is some repeling and then he moves the magnet far above the magnet on the table. To far away.
If the shield had been any good at all he should be able to put the magnets close together without them interacting.

There is only repeling from one direction, at the start he pushes the magnet into the centre by repulsion then lifts it up to demonstraite that the other side hardly has any repulsion effect and if you notice it takes little effort for him to drag over the other one becuase of the sheilding effect then it repelles proberbly with more force then what was required to drag the magnet accross.

[Honk]

Yes, I understand that but his shield is still attracted to the magnets and to overcome this you loose the gain of shielding.
Since the dawn of magnetic motors, inventors have been trying to build a shielded magnetic motor but they all found themselves
having a motor that always found equilibrium and stopped. If not immediately then very soon or when being loaded to perform work.
But I still find the shield concept intriguing. Perhaps it is possible to get it to work, maybe a weak self-runner to prove the idea.

[Low-Q]

I stumbled accross these videos on youtube, dont know if you have seen it yet but it looks real and quiet revolutionary to me check out part4 particully as you see the sheilding neutralize the magnets
from one direction but not the other just as we want it to, check it out,    http://www.youtube.com/watch?v=eo6CENdvG4c&feature=related 

So let the experimenter place low loss wheels on the magnet on the table. Then move the handheld magnet, and then see what happens. The experiment is quite common knowledge, though.

br.

vidar

[Honk]

The problem when trying a motor of this type is the lack of continously thrust forward.
Between each magnet passage there is an area of no thrust. This is where the motor
will find equilibrium, no matter what. In a true and really real working motor there is always a
force thrusting forward, even when loaded hard or stalled. When you stall the motor and release it,
the rotor must immediately start to spin on its own. Powerful stall torque is absolutely crusial.
The strength of the stall torque vs the maximum free spinning rpm at no load determines
how much power can harvested from a generator connected to the shaft.

[ChileanOne]

I guess the lack of response to this "awesome and fantastic videos" is more related with the fact that there is nothing "awesome and fantastic" to see there anyway.

As long as people misunderstands what we are dealing with, and we all misunderstand it when it comes to magnetism, these kind of mistakes will be repeated one after the other.

First, there no such a thing as a magnetic shield. You only can modify the field and flux lines, so only it appears to be shielded, but in reality the mag field is just greatly distorted and with a big low flow region.

Don't be mistaken. I am sure that magnetism can be used to produce free energy. But the so called shielding is a dead end, and to get energy from magnets requires a completely different point of view

Just my two cents.