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Old 02-10-2010, 08:47 PM
witsend witsend is offline
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Which all brings this subject back to the mysteries of current flow. Electromagnetism was actually discovered by Orsted in 1821. Faraday was intrigued with the phenomenon but was only able to devote time to this at the death of his mentor Davy, in 1831. He was able to show that a changing electric field induced a magnetic field and, correspondingly, a changing magnetic field would induce an electric field. Faraday was unschooled or self taught so it was left to Maxwell thereafter to do the mathematical modelling of this. The result was the formulation of the Laws of Induction. But while this has been well modelled and extensively used there is very little said on the phenomenon of a magnet on magnet interaction. Given the right proximity two magnets will move apart or together with some considerable force but without necessarily inducing a corresponding electric field. There is no clear evidence that an an electric field is either required or extant. And if an electric field is in fact absent in a magnet on magnet interaction, yet an electric field cannot manifest without a magnetic field, then the implications are profound. It points to the possibility that a magnetic force is somehow a primary force, compared to which an electromagnetic force is merely a secondary field effect. This thesis proposes that indeed the magnetic force is a primary force which is also the model's first departure from classical or mainstream thinking.

Last edited by witsend; 02-11-2010 at 07:10 AM.