STAGES ONE, DIRECTIONAL MAGNETIC MATERIAL, MOTORS

[gyulasun]

@DMMPOWER:

What is the diffrence between the DMM material and a magnet?

If you replace the DMM with a magnet which is magnetized in the opposite direction of the other two magnets, you will get figure B.

If you replace the DMM with a magnet which is magnetized in the same direction as the other two magnets, you will get figure C.

I cannot see the difference here. Please explain.

br.

Vidar

Hi Vidar,

If I may chime in here: the difference can be the lack of a material with a permeability of 200  being present between the two magnets.
I guess the appearence and the disapperance of this permeability what could be utilized.

If you place a normal magnet there instead of the DMM as you wrote, then this permeability change is totally lost because a permanent magnet always have a permeabilty of around 1, regardless of its orientation.

I found a material that seems to have kind of DMM property, see this link on Giron:
http://www.blockemf.com/catalog/product_info.php?products_id=5382

quote from the text:
...A further distinction is that the magnetic properties of GIRON are anisotropic... that is they are not the same in all directions. Permeability along the long axis is excellent, across the long axis good, and perpendicular to the surface it is slight. Thus magnetic shielding effect can be increased or decreased by merely rotating the orientation of the shield. Very unique!

I am also looking forward to reading DMMPOWER's reply on this very interesting topic.

rgds,  Gyula

[Charlie_V]

Some things sorta does this.  If you place iron near a magnet, the iron surface closest to the magnet will become magnetized with the opposite polarity of the magnet.  An example would be if you brought the north pole near the iron, the iron surface would become a south pole.  Graphite and other diamagnetic materials (copper is also classified as this) become the same pole.  In a variation of the previous example, the graphite surface would become a north pole as the magnet's north pole is brought near it.  Diamagnetism is a pretty weak effect though.  Pyrolytic graphite is one of the few materials that have a much higher value, which is why you can levitate the graphite a few millimeters from the surface of a magnet. 

Super conductors also sort of do this.  However, the only reason why magnets levitate above them is because the eddy currents produced as a magnet is brought near the super conductor are so efficient (aka have almost no loss) that they are perpetually sustained.  Thus the magnet is locked into position from the eddy currents it produces on the surface of the super conductor. 

There is no material in existence (that I know of anyway) that will block a magnetic field yet not be affected by that same field.  Pyrolytic graphite sandwiched between two magnets will act like a watermelon seed and squirt out the side.  I'm not sure what DMMPOWER is talking about in his drawing.  Maybe he's discovered a new material that is not affected - who knows.

[DMMPOWER]

Hi


I see that some of you still do not understand, but I guess you could say that it is a magnetic
flux diode.  The one shown here has a single magnetic axis and every axis has two directions,
and only one of these directions will produce a strong magnetic field while the other direction
will not.


GIRON Magnetic Shielding Film, this is nothing like DMMaterial. When you put layers of magnetic
foil and nonconducting magnetic foil together in multiple layers this will produce a better
magnetic shield than using a solid piece of magnetic material. Enough said about this.

I can see I have a long way to go!

[seekingknowledge]

Hi


I see that some of you still do not understand, but I guess you could say that it is a magnetic
flux diode.  The one shown here has a single magnetic axis and every axis has two directions,
and only one of these directions will produce a strong magnetic field while the other direction
will not.


GIRON Magnetic Shielding Film, this is nothing like DMMaterial. When you put layers of magnetic
foil and nonconducting magnetic foil together in multiple layers this will produce a better
magnetic shield than using a solid piece of magnetic material. Enough said about this.

I can see I have a long way to go!

okay, thanx i somewhat uderstand but and i say this with a very great amout of respect but if we have a very long way to go like you said then wouldnt it speed things up if we could see your desighn blueprints so that we can all study it while we all continue to research DMMaterial, so far you have only explained alittle about DMMaterial and thats it, well we are capable of reaserching that for ourselves now thanx.

Would be cool if you had something else to add, and comments you made like "I can see I have a long way to go" makes you seem a bit stuck up to me, i guess its us that now have a long way to go researching this DMMaterial while you supposably already have a desighn , wether or not that desighn 
works until you put up your blueprints we cant really say, or are you toying with us, if your planning to
patent and sell your desighn then maybe you should open another thread and get back to us when you have a working prototype.

Im not trying to be negative but give us something we can use to make a replication.   

[DMMPOWER]

Hi

sorry if I offended and anyone. I know big brothers is watching so must be very careful
what I say. I do not planned to apply for any patents on this material or any of
my devices. when you put a patent on a device that gives the government full control.
In my opinion what's the difference if someone steals your device or the government
takes it away, either way it is the same. I believe that free energy should be free
to every person not controled  by a single person.


Also I will not state the device is perpetual motion or give any guarantees
of any kind, you must make your owned decision if it will work or not,
but before you make that decision please wait until you have all the
information available.

I will be posting stage two very soon, please be patient.


have a nice day


W.R.M.JR.