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On Mon, 01 Dec 2003 16:11:53 -0800, pervect <[EMAIL PROTECTED]> wrote: > On Sun, 30 Nov 2003 07:23:26 GMT, Joseph Hertzlinger ><[EMAIL PROTECTED]> wrote: > >>On Thu, 27 Nov 2003 12:40:58 -0800, pervect <[EMAIL PROTECTED]> >>wrote: >> >>> It still bothers me that every other force we know of drops off as >>> inverse sqaure or faster - this force doesn't fit that model. But I >>> haven't been able to think of anything to back up my unease. >> >>A system consisting of a charged particle and a magnetic monopole will >>act as though it has an angular momentum. The magnitude of the angular >>momentum will not depend on the distance between the two particles. > > Is this a quantum effect? I drew some diagrams on the back of an > envelope for a classical monopole + charge, and there didn't seem to > me to be any reason for the system to have angular momentum. It's a classical effect. The Poynting vectors (redundant term, all vectors Poynt) of the EM field will go around a line connecting the two particles. The effect of the angular momentum is that the system will act like a gyroscope. -- http://hertzlinger.blogspot.com
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