10 Questions
What is the effective nonlinear description of Dp-branes?
The effective nonlinear description of Dp-branes is related to the Born-Infeld action.
What is the origin of the nonlinearity in the effective descriptions of Dp-branes?
The nonlinearity in the effective descriptions of Dp-branes is a consequence of the partial N = 2 → N = 1 supersymmetry breaking, originating from the solitonic nature of the branes.
What is the focus of this work?
This work focuses on the effective descriptions of D2-branes.
What method is used to construct the 3D, N = 1 superspace effective action?
The method of nilpotent N = 2 superfields is used to construct the 3D, N = 1 superspace effective action.
How many supersymmetric extensions of the 3D Born-Infeld action are there?
There are two supersymmetric extensions of the 3D Born-Infeld action.
What do the two supersymmetric extensions of the 3D Born-Infeld action correspond to?
The two supersymmetric extensions of the 3D Born-Infeld action correspond to the dynamics of the 3D Maxwell-Goldstone multiplet and the 3D projection of the Tensor-Goldstone multiplet respectively.
What approach is used to derive the results in this work?
The constrained super-field approach is used to derive the results in this work.
How are the two descriptions related?
The two descriptions are related by a duality transformation which results in the inversion of a dimensionless parameter.
What is the characteristic deformation of the Maxwell-Goldstone superspace action?
The characteristic deformation of the Maxwell-Goldstone superspace action is the Chern-Simons-like, gauge invariant, mass term.
What license is the article published under?
The article is published under the CC BY license.
Test your knowledge on the effective descriptions and nonlinearities of D2-branes with this quiz. Explore the connection between Born-Infeld action and N = 2 → N = 1 supersymmetry breaking.
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