Reciprocal System Research Society

<t>I kinda figured it wouldn't interact with normal magnets... or rather, that there would be no net effect upon them (the pushing and pulling would cancel out). What puzzles the heck out of me though is how it can not have any effect on other magnets, yet still be detected as a single regular magen...

<t>Actually, what I'm really wondering is why it would be called magnetism at all... since it is seeming to me like something entirely different.<br/> <br/> I mean, given a comagnetic field, at it's S pole, will a conventional magnet's N pole still be drawn to it, for example? Will it still repel a ...

<t>While inverting the relationships between poles is hypothetically possible in software, without my really understanding of why, exactly, the relationships are so inverted, software I write to do that is only going to feel like just so much "pay no attention to the man behind the curtain" sort of ...

<t>If it had been the case, I could have used classical electrodynamics theory to simulate the thing in software, which might have been very enlightening.... as it could have shown how the SEG works within an entirely classic physics model, even if it didn't necessarily show how such a configuration...

<t>Thank you for taking the time to respond. Just another quick question, however, admittedly highly hypothetical... if 48 infinetesmally thin bar magnets could be placed in such a configuration as to be coincident with all of the spokes that you drew in the above diagram (24 semi-radial, and 24 ver...

<t>I've actually been very interested this subject for quite some time, and I found this explanation to be very enlightening on how the SEG works. Thank you for this.<br/> <br/> If you could field a question on the subject, however, I was wondering about something in particular, as it relates to you...