We elaborate on how to build, in a systematic fashion, two-field Abelian extensions of the Born–Infeld Lagrangian. These models realize the non-trivial duality groups that are allowed in this case, namely U(2), SU(2) and U(1)×U(1). For each class, we also construct an explicit example. They all involve an overall square root and reduce to the Born–Infeld model if the two fields are identified, but differ in quartic and higher interactions. The U(1)×U(1) and SU(2) examples recover some recent results obtained with different techniques, and we show that the U(1)×U(1) model admits an N=1 supersymmetric completion. The U(2) example includes some unusual terms that are not analytic at the origin of field space
We show that dualization of B 27F models to St\ufcckelberg-like massive gauge theories allows a non-...
We investigate $U(1)^{\,n}$ supersymmetric Born-Infeld Lagrangians with a second non-linearly realiz...
This review is devoted to some aspects of non-linear Supersymmetry in four dimensions that can be e...
AbstractWe elaborate on how to build, in a systematic fashion, two-field Abelian extensions of the B...
We elaborate on how to build, in a systematic fashion, two-field Abelian extensions of the Born–Infe...
We elaborate on how to build, in a systematic fashion, two-field Abelian extensions of the Born-Infe...
AbstractWe elaborate on how to build, in a systematic fashion, two-field Abelian extensions of the B...
We elaborate on how to build, in a systematic fashion, two-field Abelian extensions of the Born-Inf...
Starting from a recently proposed linear formulation in terms of auxiliary fields, we study n-field ...
Starting from a recently proposed linear formulation in terms of auxiliary fields, we study n-field ...
We construct a general Lagrangian, quadratic in the field strengths of n abelian gauge fields, which...
We construct a general Lagrangian, quadratic in the field strengths of n abelian gauge fields, which...
AbstractWe construct a general Lagrangian, quadratic in the field strengths of n abelian gauge field...
We construct a general Lagrangian, quadratic in the field strengths of n abelian gauge fields, which...
This review is devoted to some aspects of non-linear Supersymmetry in four dimensions that can be ef...
We show that dualization of B 27F models to St\ufcckelberg-like massive gauge theories allows a non-...
We investigate $U(1)^{\,n}$ supersymmetric Born-Infeld Lagrangians with a second non-linearly realiz...
This review is devoted to some aspects of non-linear Supersymmetry in four dimensions that can be e...
AbstractWe elaborate on how to build, in a systematic fashion, two-field Abelian extensions of the B...
We elaborate on how to build, in a systematic fashion, two-field Abelian extensions of the Born–Infe...
We elaborate on how to build, in a systematic fashion, two-field Abelian extensions of the Born-Infe...
AbstractWe elaborate on how to build, in a systematic fashion, two-field Abelian extensions of the B...
We elaborate on how to build, in a systematic fashion, two-field Abelian extensions of the Born-Inf...
Starting from a recently proposed linear formulation in terms of auxiliary fields, we study n-field ...
Starting from a recently proposed linear formulation in terms of auxiliary fields, we study n-field ...
We construct a general Lagrangian, quadratic in the field strengths of n abelian gauge fields, which...
We construct a general Lagrangian, quadratic in the field strengths of n abelian gauge fields, which...
AbstractWe construct a general Lagrangian, quadratic in the field strengths of n abelian gauge field...
We construct a general Lagrangian, quadratic in the field strengths of n abelian gauge fields, which...
This review is devoted to some aspects of non-linear Supersymmetry in four dimensions that can be ef...
We show that dualization of B 27F models to St\ufcckelberg-like massive gauge theories allows a non-...
We investigate $U(1)^{\,n}$ supersymmetric Born-Infeld Lagrangians with a second non-linearly realiz...
This review is devoted to some aspects of non-linear Supersymmetry in four dimensions that can be e...