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Re: definition of a particle?
perhaps the existence of a particle can be defined by gauss law? (neglect strong and weak force as i have no idea what the equations behind them are)
as long as the surface integral of E field is non-zero, we say a charged particle exists within that region. or even better, using divergence (only for "density" though). (same for gravitational field)
but then the definition of "fields" have to be re-written (so that it does not use a "test" particle)
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I have mistaken, apologized, and taken the consequences. My only regret, was for how I was bothered by the unchangable.
Last edited by Tim_Lou; 07-28-2006 at 07:14 PM..
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