FW: [Theoretical_Physics] Continuous rotation of a circular coil experiment
Philip Benjamin
mindbrain [Theoretical_Physics] Continuous rotation of a circular coil experiment theoretic...@yahoogroups.com
[Philip Benjamin]
There is clear implication here for an unknown magnetic world as a necessary counterpart of the known electric world. That will consist of a negative (say South, S) magnetic pole (Smonopole) and a positive (say North, N) magnetic pole (Nmonopole or Nonopole). They will be of negligible mass with respect to an electron and could very well be the constituents of dark-matter, except that they may be innumerably abundant to account for the missing mass of the universe (missing in its original Fritz Zwicky sense of optical and gravitational mass differences).
Philip Benjamin
L wrote: Saturday, Sept. 21, 2019 theoretic...@yahoogroups.com Subject: Re: [Theoretical_Physics] Continuous rotation of a circular coil experiment
I apologize for taking so long to get back to you. I get several hundred emails per day, so it is easy to loose track.
I still haven't gotten around to analyzing magnetic fields. However, if you look at my web page tachyonmodel.com , Section 1.11 on why an electron radiates, you might be able to get something fun to play with.
Best L
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On Thu, Jun 22, 2017 at 11:55 AM tita...@gmail.com [theoretical_physics] <theoretic...@yahoogroups.com> wrote:
There is a long standing debate about whether tangential magnetic force exists. In «Tangential magnetic force experiment with circular coil» I discussed this force and presented an experiment that showed the action of this force. But, as the rotation of the coil in that experiment was limited to a small angle, it does not show that tangential force exists all over the coil. So, I have carried out the present experiment that shows continuous rotation of the coil to make clear that tangential force has the same value around the coil
Please read the article at
PDF Continuous rotation of a circular coil experiment http://pengkuanem.blogspot.com/2017/06/continuous-rotation-of-circular-coil.html
or Word with video https://www.academia.edu/33604205/Continuous_rotation_of_a_circular_coil_experiment
Posted by: Ernst Wall <ernst.l.wall@
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Brent Meeker
Brent
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