| 1. | More precisely, this transformation changes the phase of a chiral superfield.
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| 2. | However, a vector superfield depends on all coordinates.
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| 3. | The supersymmetry variation with supersymmetry parameter ? of a superfield ? is defined to be
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| 4. | The generic kind of superfields, typically a vector superfield, indeed depend on all these coordinates.
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| 5. | "R " is a scalar valued chiral superfield derivable from the supervielbeins and spin connection.
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| 6. | The role of the additional fundamental meson superfield M in the dual theory is very crucial in matching the anomalies.
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| 7. | The R-charge of the Weyl fermion in a chiral superfield is one less than the R-charge of the superfield.
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| 8. | The R-charge of the Weyl fermion in a chiral superfield is one less than the R-charge of the superfield.
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| 9. | In terms of the components, it is proportional simply to the last auxiliary D-term of the superfield " V ".
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| 10. | A scalar is never the highest component of a superfield, whether it appears in a superfield at all depends on the dimension of the spacetime.
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