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- W2023392214 abstract "We demonstrate that photons emitted by spiral galaxies become effectively massive, if the latter are treated as macroscopic Abelian Higgs topological solitons. The rest mass of a photon is shown to be proportional to the squared amplitude of the Higgs field distribution representing a ‘background’ static cylindrically symmetric magnetic vorto-source (-sink). Because the amplitude increases in a monotonous fashion from zero at the center of a spiral to a fixed non-zero value at its outer boundary, the rest mass (group velocity) of photons emitted at shorter distances from the galaxy' s center is smaller (greater) when compared to that of photons originating at larger distances. A rough estimate shows that for a spiral with a diameter of 60 kpc the maximum attainable mass of photon is of the order of 10−60 g." @default.
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- W2023392214 date "1996-01-01" @default.
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- W2023392214 title "Effectively massive photons within Abelian Higgs galaxies" @default.
- W2023392214 cites W2008856417 @default.
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- W2023392214 doi "https://doi.org/10.1002/asna.2113170105" @default.
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