swhich permanent magnet on and off

[gaby de wilde]

The steel is a better guider of magnetism than the air and that is why the magnetic flux chooses to travel through the steel and you are cutting the field short!
http://www.fdp.nu/perendev/

[gaby de wilde]

There is no known material that blocks magnetic fields without itself being attracted to the magnetic force. Magnetic fields can only be redirected, not created or removed. To do this, high-permeability shielding alloys are used. The magnetic field lines are strongly attracted into the shielding material.
http://www.magnetic-shield.com/faq/index.html

[CLaNZeR]

Sorry for the delay on this one Gaby, I will get back to it.

Been tied up making a Pyramid LOL

http://trawoeger-pyramide.info/mirror/index.php/board,16.0.html

Cheers

Sean.

[hartiberlin]

Hi All,
Hi Gaby, nice documentation work and great videos Clanzer.
maybe it would be easier to see any OU effect,
if you place  the wobbling left magnet into an aircore coil
like in a unit like this :
http://www.freelights.co.uk/

and then use a weight going down in the earth gravity field  with a string
to propell a flywheel for the right driving magnet.

This way you know via Energy= mass x heightdifference x g
how much energy you have been putting into the driving magnet
and then charge up from the wobbling left magnet a capacitor via
rectifier bridge and measure the voltage at it and
compare the energy from it via Cap Energy= 0.5 x C x Voltage^2

Now will this cap energy be higher than the used potential energy
to propell the flywheel up to speed and turning the driving magnet ?

I think this setup depends again very much to the exact dimension
of the shield and the magnets, so it must be very precise to get any OU out of
it like the SMOT. Very hard to build and it depends much on the used shield material..

Regards, Stefan.

[supersam]

@all,

can you get it?  first maybe the question should be, if you stopped the movement of the stator and the rotor on any magnetic rotor with physical force could you use it like a hammer on a lever? 

my idea is to take the momentum of all the magnets, and the wheel, that is accelerating during the first part of the 345 degrees, of the 360 degrees, and smack a lever to get it past the sticky point?  it sure seems possible by newtonian physics, which can also be studied right here.

watch the monkey go way high when the guy jumps off the tower to the lever at the circus.

lol
sam