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Old 02-15-2010, 09:18 AM
witsend witsend is offline
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Join Date: May 2009
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Using the dialectic, or as some have called it 'inductive' reasoning - the model argues that in the same way as all bound matter can be subdivided into its essentially smallest part being the particle, so can a magnetic field be subdivided into smaller parts. The difference is this. Those parts of a magnetic field? They need to be inferred. And this, because they remain hidden. But, the arguement goes like this. If the definition of the parts is consistent with what is seen - then the argument may be valid.

And why the interest in a magnetic field rather than an electromagnetic field as it was finally modelled by Maxwell? Well. The argument is simple. An electric field always has a magnetic field associated with it. A magnetic field need not have an electric field. Therefore - using that self same tools of dialectic argument, the thesis suggests that a magnetic field may, therefore, be an independent and fundamental force and the electromagnetic interaction - by comparison - a secondary phenomenon of this single force. Therefore, if more can be disclosed by 'inferring' or 'ascribing' material or particulate properties to this force, then we may hopefully advance our understanding of the field as a whole and the part it plays to induce particles to bend or twist or 'spin' as it is referred to. We will, hopefully, better understand the 'charge' property of particles and something more about the charge in a magnetic field itself.

Last edited by witsend; 02-15-2010 at 10:16 AM.