
arXiv: 1605.06793
handle: 11590/527401 , 11384/66706 , 11579/109159
Making use of integral forms and superfield techniques we propose supersymmetric extensions of the multimetric gravity Lagrangians in dimensions one, two, three and four. The supersymmetric interaction potential covariantly deforms the bosonic one, producing in particular suitable super-symmetric polynomials generated by the Berezinian. As an additional application of our formalism we construct supersymmetric multi-Maxwell theories in dimensions three and four.
37 pages, Latex2e, no figures
High Energy Physics - Theory, Classical Theories of Gravity; Supergravity Models; Superspaces; Supersymmetric gauge theory, Nuclear and High Energy Physics, Superspace, FOS: Physical sciences, General Relativity and Quantum Cosmology (gr-qc), Mathematical Physics (math-ph), Supergravity, 530, classical theories of gravity, General Relativity and Quantum Cosmology, Classical Theories of Gravity; Supergravity Models; Superspaces; Supersymmetric gauge theory;, Supersymmetric gauge theory, High Energy Physics - Theory (hep-th), supergravity models, Supergravity Model, superspaces, Classical Theories of Gravity, supersymmetric gauge theory, Mathematical Physics
High Energy Physics - Theory, Classical Theories of Gravity; Supergravity Models; Superspaces; Supersymmetric gauge theory, Nuclear and High Energy Physics, Superspace, FOS: Physical sciences, General Relativity and Quantum Cosmology (gr-qc), Mathematical Physics (math-ph), Supergravity, 530, classical theories of gravity, General Relativity and Quantum Cosmology, Classical Theories of Gravity; Supergravity Models; Superspaces; Supersymmetric gauge theory;, Supersymmetric gauge theory, High Energy Physics - Theory (hep-th), supergravity models, Supergravity Model, superspaces, Classical Theories of Gravity, supersymmetric gauge theory, Mathematical Physics
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