-graded supersymmetry: -d sigma models
arXiv:2006.08169 · doi:10.1088/1751-8121/abb47f
Abstract
We propose a natural -graded generalisation of , supersymmetry and construct a -space realisation thereof. Due to the grading, the supercharges close with respect to, in the classical language, a commutator rather than an anticommutator. This is then used to build classical (linear and non-linear) sigma models that exhibit this novel supersymmetry via mimicking standard superspace methods. The fields in our models are bosons, right-handed and left-handed Majorana-Weyl spinors, and exotic bosons. The bosons commute with all the fields, the spinors belong to different sectors that cross commute rather than anticommute, while the exotic boson anticommute with the spinors. As a particular example of one of the models, we present a `double-graded' version of supersymmetric sine-Gordon theory.
arXiv comment17 pages and includes two appendices. The analysis of the double-graded sine-Gordon theory has been extended and numerous sign mistakes have been corrected. Comments still welcomed
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- Comments of -supersymmetry in superfield formalism
- Irreducible representations of -graded supersymmetry algebra and -graded supermechanics
- New aspects of the Z Z-graded 1D superspace: induced strings and 2D relativistic models
- A classification of lowest weight irreducible modules over -graded extension of
- On classical -graded Lie algebras
- Integration on minimal -superspace and emergence of space
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- Inequivalent -graded brackets, -bit parastatistics and statistical transmutations of supersymmetric quantum mechanics
- Orthosymplectic -graded Lie superalgebras and parastatistics
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- -graded supersymmetry via superfield on minimal -superspace
- Beyond the -fold way: associative -graded superdivision algebras
- Symplectic -manifolds
- Double graded supersymmetric quantum mechanics via dimensional reduction
- On the detectability of paraparticles beyond bosons and fermions
- Transmuted spectrum-generating algebras and detectable parastatistics of the Superconformal Quantum Mechanics
- Affine extensions of -graded and Virasoro algebra
- Braided quantum mechanics and Majorana qubits at third root of unity: a color Heisenberg-Lie (super)algebra framework