The four-dimensional Green-Schwarz anomaly cancellation mechanism with a surviving U(1) gauge group is described in the context of standard tensor calculus (superspace) techniques for local supersymmetry. This phenomenon is "dual" to the case in which a massless vector field is eaten up by an antisymmetric tensor which thereby describes a massive spin-one field. Both mechanisms are motivated by recent string-loop calculations. Unlike the case of some supergravity models, these mechanisms seem unable (order by order, at least) to break supersymmetry while keeping the cosmological constant vanishing
cvetic at cvetic.hep.upenn.edu, grimm at mpp.mpg.de, klevers at sas.upenn.edu We study 4D F-theory c...
There are two abelian U(1) symmetries in general D = 4, N = 1 supergravity-matter theories, namely a...
We use Pauli–Villars regularization to evaluate the conformal and chiral anomalies in the effective ...
We display the full anomaly structure of supergravity, including new D-term contributions to the con...
International audienceWe present a new, alternative interpretation of the vector-tensor multiplet as...
We study spontaneous supersymmetry breaking of five-dimensional supergravity theories from sixteen t...
We derive the action for a massive tensor multiplet coupled to chiral and vector multiplets as it ca...
We study a supersymmetry breaking mechanism in the context of a minimal anomalous extension of the M...
This paper considers anomaly cancellation for eleven-dimensional supergravity on a manifold with bou...
We present a superfield approach to the theory of (2,0) worldsheet supergravity. The (2,0) structure...
We construct the complete coupling of (I,0) supergravity in six dimensions to n tensor multiplets, e...
We analyze in detail the cancellation of U(1)-gauge and U(1)-gravitational anomalies in certain D=4 ...
We study in detail the pattern of anomaly cancellation in D = 6 Type IIB ZN orientifolds, occurring ...
We show that 4D gauge theories with Green-Schwarz anomaly cancellation and possible generalized Cher...
In this dissertation, effective field theories of partially broken N = 2 supergravity are constructe...
cvetic at cvetic.hep.upenn.edu, grimm at mpp.mpg.de, klevers at sas.upenn.edu We study 4D F-theory c...
There are two abelian U(1) symmetries in general D = 4, N = 1 supergravity-matter theories, namely a...
We use Pauli–Villars regularization to evaluate the conformal and chiral anomalies in the effective ...
We display the full anomaly structure of supergravity, including new D-term contributions to the con...
International audienceWe present a new, alternative interpretation of the vector-tensor multiplet as...
We study spontaneous supersymmetry breaking of five-dimensional supergravity theories from sixteen t...
We derive the action for a massive tensor multiplet coupled to chiral and vector multiplets as it ca...
We study a supersymmetry breaking mechanism in the context of a minimal anomalous extension of the M...
This paper considers anomaly cancellation for eleven-dimensional supergravity on a manifold with bou...
We present a superfield approach to the theory of (2,0) worldsheet supergravity. The (2,0) structure...
We construct the complete coupling of (I,0) supergravity in six dimensions to n tensor multiplets, e...
We analyze in detail the cancellation of U(1)-gauge and U(1)-gravitational anomalies in certain D=4 ...
We study in detail the pattern of anomaly cancellation in D = 6 Type IIB ZN orientifolds, occurring ...
We show that 4D gauge theories with Green-Schwarz anomaly cancellation and possible generalized Cher...
In this dissertation, effective field theories of partially broken N = 2 supergravity are constructe...
cvetic at cvetic.hep.upenn.edu, grimm at mpp.mpg.de, klevers at sas.upenn.edu We study 4D F-theory c...
There are two abelian U(1) symmetries in general D = 4, N = 1 supergravity-matter theories, namely a...
We use Pauli–Villars regularization to evaluate the conformal and chiral anomalies in the effective ...