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[sm0ky2]

we did some experiments years back, wherein a magnetic field was projected in a linear fashion, to distances upwards of 17 meters, with no detectable return path.
Most people assume that all magnetic fields are "looped". And in most cases this can be demonstrated, that the field does in fact circle back onto itself, north terminating at the south end, and vice versa.

But this is not always necessarily the case, as the magnetic effect can be made to continue in a straight path, similar to a beam of light.
When this occurs, field equations break down, the reduction in strength is no longer consistent with an exponential decrease with distance, and a magnetic-beam or ray theory may be then applicable.

[truesearch]

@sm0ky2:


Can you share how that "magnetic-beam" experiment was conducted? Or isn't that information available to share?

I'm just thinking that if some of us knew HOW to generate a directional (non-looping) magnetic field it might lead to some further experimental developments. . .


Thanks and respectfully,


truesearch

[MileHigh]

we did some experiments years back, wherein a magnetic field was projected in a linear fashion, to distances upwards of 17 meters, with no detectable return path.
Most people assume that all magnetic fields are "looped". And in most cases this can be demonstrated, that the field does in fact circle back onto itself, north terminating at the south end, and vice versa.

But this is not always necessarily the case, as the magnetic effect can be made to continue in a straight path, similar to a beam of light.
When this occurs, field equations break down, the reduction in strength is no longer consistent with an exponential decrease with distance, and a magnetic-beam or ray theory may be then applicable.

You simply did not question the results of your own experiments.  That happens all the time around here.  There is no chance at all that you observed what you are stating.  The experiment was years ago, so I assume that you can't repeat it now.

[sm0ky2]

@sm0ky2:


Can you share how that "magnetic-beam" experiment was conducted? Or isn't that information available to share?

I'm just thinking that if some of us knew HOW to generate a directional (non-looping) magnetic field it might lead to some further experimental developments. . .


Thanks and respectfully,


truesearch

I like to think about it more like a 'laser pointer', than a field....
If I remember correctly, I think it was part of the Tri-Force series of threads... I'll try to dig it up when I have some time..

Basically, a magnetic circuit (assembly of individual magnets) constricted the fields in all but one domain.
The result was a linear projection beam of magnetism in one direction, that stretched across a long distance, to affect a magnet on the other side of the room, but only as a straight-line (particle?). There was no detectable field outside this propagation, and its opposing pole was not detected.

For instance, if we shot a North pole across the room, it could affect a magnet on the other side of the room in that direction.
   However, there was not found, a corresponding south pole on the other side,
nor was there detected a return path (loop, side fields, etc.) to indicate that the magnetism returned to its' source.

Also, the total distance the magnetism extended to, was exponentially greater than the detectable field distance of all magnets assembled in a line in normal fashion ( i.e.:   <-n-s-n-s-n-s-n-s-> )

To me, this indicated a particle-like behavior of the magnetic effect.
Very much like when the wave function of a photon packet breaks down.
Rather than the magnetic field interfering with itself, creating wave-like patterns back to source, (radiation)
    The effect seemed to stretch out and continue in a straight line. (beam)

[truesearch]

@sm0ky2:


Thanks for that info. I'd be interested in seeing what else you come up with (when you have time).


That description reminds me alittle of a halbach array (http://en.wikipedia.org/wiki/Halbach_array).


later,
truesearch