If everything carries magnetic charge as well as electric charge, and the two are always in the same ratio, then you could not detect it. The magnetic part can be "duality" rotated away so that it just looks like ordinary electric charge. But it is possible that in dense matter conditions, a phase difference might be induced by new physical interactions. One would then have charges and poles in mutual interaction. It is easy to set this up in the Maxwell theory but the underlying potential theory becomes ambiguous and unphysical (Dirac monopole string). This paper is essentially an examination of this issue of the potential theory of magnetic matter. Once that is resolved it becomes straightforward to couple it to matter fields.
If one has demonstrably new physics, then there aren't that many places it can be hiding. But there are a few :) ----------------------------------------------- "I write a little. I erase a lot." - Chopin ________________________________ From: Axil Axil <[email protected]> To: Danny Ross Lunsford <[email protected]> Sent: Thursday, July 25, 2013 12:21 PM Subject: Re: [Vo]:Cold fusion in your face! “It seems we have found an alternate representation of the space time theory of dyons, matter which carries both magnetic and electric charge.” So sorry please excuse me…I am attempting to figure out what physical manifestation that your theory is describing. Is it a monopole particle, a current of monopole particles, a quark, a plasmoid (vortex electron current), something else…? I don’t know math well enough to convert that abstract description into a physical engineering idea as applied to a LENR reaction. I have my idea of what “thing” is causing the strong magnetic field inside the Ni/H reactor, what is yours? On Thu, Jul 25, 2013 at 5:18 AM, Danny Ross Lunsford <[email protected]> wrote: We should keep calling it cold fusion, and make a barbed point of it, in honor of Fleischmann, who admittedly hated the term. Why? To stick it to the people who hounded him and smirched his reputation. Cold fusion yesterday, today, and forever! Fly the flag! > >MEANWHILE - I am ultra-intrigued by the magnetic anomalies mentioned. I'm >working on a new approach to magnetic currents. See here: > >http://www.academia.edu/470454/Some_New_Thoughts_on_Magnetic_Charge > >The paper has some problems in the analysis of potential theory that I'm >fixing, but the main conclusion stands - magnetic currents if they exist >cannot be represented by simple monopoles and a vector potential. The field >put forward here is new physics. > > > >----------------------------------------------- >"I write a little. I erase a lot." - Chopin > >
