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- W2133672717 abstract "We show that D/2--form gauge fields in D even dimensions can get a mass with both electric and magnetic contributions when coupled to conformal field--strengths whose gauge potentials is are frac {D-2}{2}- forms. Denoting by e^I_L and m^{IL} the electric and magnetic couplings, gauge invariance requires: e^I_L m^{JL}mp e^J_L m^{IL}=0, where I,L= 1... m denote the species of gauge potentials of degree D/2 and gauge fields of degree D/2-1, respectively. The minus and plus signs refer to the two different cases D=4n and D=4n+2 respectively and the given constraints are respectively {rm {Sp}}(2m) and {rm {O}}(m,m) invariant. For the simplest examples, (I,L=1 for D=4n and I,L=1,2 for D=4n+2) both the e,m quantum numbers contribute to the mass m=sqrt {e^2 +m^2} . This phenomenon generalizes to $D$ even dimensions the coupling of massive antisymmetric tensors which appear in D=4 supergravity Lagrangians which derive from flux compactifications in higher dimensions. For D=4 we give the supersymmetric generalization of such couplings using N=1 superspace." @default.
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- W2133672717 date "2005-01-01" @default.
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- W2133672717 title "Dyonic masses from conformal field strengths in D even dimensions" @default.
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- W2133672717 doi "https://doi.org/10.1016/j.physletb.2004.11.074" @default.
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