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Charged Particles
Electromagnetic Waves
General Relativity
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Modified Newtonian dynamics as a prediction of general relativity
Modified Newtonian dynamics as a prediction of general relativity,SABBIR A. RAHMAN
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Modified Newtonian dynamics as a prediction of general relativity
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SABBIR A. RAHMAN
We consider a simple model of the physical vacuum as a selfgravitating relativistic fluid. Proceeding in a stepbystep manner, we are able to show that the equations of classical electrodynamics follow if the electromagnetic fourpotential is associated with the fourmomentum of a spacefilling fluid of neutral spinors which we identify with neutrinos and antineutrinos. Charged particles, which we identify with electrons and positrons, act as sinks for the fluid and have the structure of the maximal fast Kerr solution.
Electromagnetic waves
are described by
oscillations
in the fluid and interactions between charges occur via the exchange of photons, which have the structure of entwined neutrinoantineutrino pairs that form twisted closed loops in spacetime connecting the charges. The model predicts that antimatter has negative mass, and that neutrinos are matterantimatter dipoles. Together these suffice to explain the presence of modified Newtonian dynamics as a gravitational polarisation effect.
Published in 2006.
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