Monopoles, by only using Permanent-magnets

[sm0ky2]

The built-in search engine on this site is no longer adequate.
There is too much content for it to function properly.


Did a manual digging last night, but I can't seem to find all of the
Tri-force threads... came across 4 in the Mechanical section,
But there may be others hidden under theory or another category.
A quick skim through those came up with nothing.
3 hrs search is more than I was wanting to invest, so I'm done there.


When I get home Monday i'll build a model to show the linearly compressed field.


My tri-force magnets currently are the cheap Chinese knock-off brand
So I doubt I will get a great distance.
But I should be able to show the normal reach, and the extended "laser beam" type field effects.


This will be 2nd in my list, as I have an inertial propulsion demo to make first.
Then magnetic laser (monopolar linear magnetic field compression)
Its actually a di-pole Effect, but the opposite poles are vectored off the 180-line.

[truesearch]

@sm0ky2

Had any time to put together a model of this magnetic-beam (monopolar linear magnetic field compression) effect? And I respect your other experimenting and interests so I'm not pressuring you 


truesearch

[sm0ky2]

@sm0ky2

Had any time to put together a model of this magnetic-beam (monopolar linear magnetic field compression) effect? And I respect your other experimenting and interests so I'm not pressuring you 


truesearch

Ok so, it's been over a dacade since I played with this stuff
took me several attempts to get the configuration


Because my set-up uses a magnet on a string
I have to wait for it to stop moving before I can
show the next test.
So I will have to break this up into 2 videos
First I will describe the arrangements
for this I am using the 3-sided "pyramidal" arrangement
The focus is on the tri-pole interface
This case being 3 south poles on a single ball
An amplification can be achieved by orienting like poles on the opposing balls
To cause a reflection of the field along each axis of the pyramid
The angle of repelling fields causes a linear extension out of the apex


This I will show in the first part of the video
As well as 3 linear magnets to show the effective field distance
under non-compressed conditions


The second video (after it stops) will show the effective distance of the compressed field.


These magnets are weak, so the distances involved are something like 9 inches and 30 inches
The compressed field actually demonstrates an effective field at greater than 30 inches
but it is very weak and showing that takes a while of rocking back and forth to get the movement going.


Both cases are affected by the earths magnetic field, which is fairly close to the 'at rest orientation'
This has some effect on the distances.
they would be further outside of the earths field.
and using stronger magnets will amplify the effect as well.


I will post a link here once I finish recording and put them on the tube.

[sm0ky2]

Here's something I found where they create similar effects
to create an effective monopole


The mechanism they show with the flipping bar magnets
is the basis for a magnetic computer
https://youtu.be/l5xSjCePgEQ

[truesearch]

@sm0ky2


Thanks for sharing this information! And looking forward to seeing your videos when you have the time to post them.


truesearch