FLUX RESONATOR

[pinestone]

When viewing a magnet that is perpendicular to the lens surface and a point-source light, the photons follow the lowest potential of the magnetic field. This type of experiment not only shows the 'Bloch wall' that you refer to, but also the bi-directional 'flow' of the field. Very much like Howard Johnson's computer plots do.

This image shows it well: http://www.nanomagnetics.us/anothermoebius3.jpg

The physics community will not accept this because it conflicts with their standard model, but our experiments show otherwise.

[pinestone]

When viewing a magnet that is perpendicular to the lens surface and a point-source light, the photons follow the lowest potential of the magnetic field. This type of experiment not only shows the 'Bloch wall' that you refer to, but also the bi-directional 'flow' of the field. Very much like Howard Johnson's computer plots do.

This image shows it well: http://www.nanomagnetics.us/anothermoebius3.jpg

The physics community will not accept this because it conflicts with their standard model, but our experiments show otherwise.

In addition, here's an interesting movie made by one of my collaborators using a special Flux Resonator lens:
http://www.scivee.tv/node/5988

enjoy !

[wings]

When viewing a magnet that is perpendicular to the lens surface and a point-source light, the photons follow the lowest potential of the magnetic field. This type of experiment not only shows the 'Bloch wall' that you refer to, but also the bi-directional 'flow' of the field. Very much like Howard Johnson's computer plots do.

This image shows it well: http://www.nanomagnetics.us/anothermoebius3.jpg

The physics community will not accept this because it conflicts with their standard model, but our experiments show otherwise.

Have you done experiment adding a coil with pulsating current on one end of the magnet in order to move the block wall this can be very useful to understand many OU devices?

Marzio

[pinestone]

Yes, our early experiments were performed using electromagnets. We've found it takes a lot of current to equal the Teslas obtained with small neodymium magnets. For simple tests, the neo's work very well-
They don't get hot and they are 'ON' all the time.

If I was trying to build some sort of OU device, I certainly wouldn't use electromagnets. You're screwed right from the get-go, as any type of wire (other than super-cooled) has a resistance that will reduce the efficiency of the device. You couldn't even achieve unity, so there's no chance of over-unity, no matter what the arrangement (or claims).

[trm2000]

New pictures here (CRT)

https://mindprint.dyndns.org/forum3/viewtopic.php?f=65&t=1042

Geetings from mindprint.dyndns.org