CMR Non-Contact Attachment Utilizing Permanent Magnets

[ryan1the8grate]

that's cool !

[mnsman1]

Thanks for the video.  I emailed them in regards to a magnetic bearing application. I'm not entirely sure it can be done with their technology. If in fact it can be applied in such a way, their product could make it very easy to construct a frictionless bearing. Looking forward to their response.

[mnsman1]

@mnsman1 Follow up. They replied back the same day stating "We have indeed considered magnetic bearings, magnetic couplings, magnetic gears, and many other applications." Nice. Hopefully in the not too distant future this will be reality. Thanks again for the video.

[steadiworkz]

So is this magnetic coding is similar to Searls ?

[TheRealVerbz]

@steadiworkz Yes! But not quite.

I think these guys use a grid like formation with pulsed charges and multiple coils.

Imagine a hose shooting out water.

That's a standard electric current.

The atoms making up the metal all face the same direction as the current flows through.

Then the magnetization process locks the positions of the atoms in place.

Normal current... normal atomic alignment.

The atoms of a normal magnet are ordered like people sitting in a movie theatre.

The atoms act as a diode.

[TheRealVerbz]

@steadiworkz As water comes out a hose, it's pretty much the same shaped arc anywhere on Earth.

What happens if you shake the hose up and down while the water comes out?

The current will form a sine wave equal to the frequency that you are shaking the hose.

Atoms align according to the shape of the electric charge going through a material.

The trick is to set up the right charges in the right positions, so when the current comes out, you induce it to make a sine wave without shaking the hose.

[TheRealVerbz]

@steadiworkz The atoms of a magnet are acting as a diode / wind tunnel for the naturally randomly bumping energy all around us. (Aether)

Heat is an EXCESS of energy that is randomly bumping around.

A diode is something that channels energy in 1 direction to create an ordered (uniform) flow.

A reason why a magnet is a magnet is because the atoms making up the metal are all aligned and acting as a diode for the already existing current.

Same piece of metal without atomic alignment is not a magnet.

[steadiworkz]

@TheRealVerbz Thanks for the explanations :O)

[superstarsian]

ha ha, this is soooooo kewl ^_^