We review our recent works on the supersymmetrization of the leading string correction (the R 4 term) to N = 1, 2 supergravity theories in four dimensions. We show that, in the ”old minimal ” formulations of these theories, when going on-shell in the presence of this correction, the auxiliary fields which come from multiplets with physical fields cannot be eliminated, but those ones that come from compensating multiplets without any physical fields can be eliminated. We conjecture similar results for other versions of these theories
We reduce the dual version of D = 10, N = 1 supergravity coupled to n vector fields to four dimensio...
We study the symmetries of pure N=2 supergravity in D=4. As is known, this theory reduced on one Kil...
We propose to consider the N=4,d=1 supermultiplet with (4,4,0) component content as a “root” one. We...
We briefly review how to obtain N = 1, 2 Poincaré supergravity theories in four dimensions from the ...
We write in superspace the lagrangian containing the fourth power of the Weyl tensor in the ”old min...
We write in superspace the lagrangian containing the fourth power of the Weyl tensor in the "old min...
We fully compute the N = 1 supersymmetrization of the fourth power of the Weyl tensor in d = 4 x-spa...
Abstract. Actions containing RZ terms in d = 4, N = 1 supergravity are constructed in the on-shell a...
We consider the possible consistent truncation of N-extended supergravities to lower N' theories. Th...
A discussion of the number of degrees of freedom, and their dynamical properties, in higher derivati...
A ten-dimensional supersymmetric gauge theory is written in terms of N=1, D=4 superfields. The theor...
We analyze the reduction to four dimensions of the R^4 terms which are part of the ten-dimensional s...
In a previous article we have shown the existence of a new independent R 4 term, at one loop, in the...
We study the leading irrelevant operators along the flat directions of certain supersymmetric theori...
We study the symmetries of pure N = 2 supergravity in D = 4. As is known, this theory reduced on one...
We reduce the dual version of D = 10, N = 1 supergravity coupled to n vector fields to four dimensio...
We study the symmetries of pure N=2 supergravity in D=4. As is known, this theory reduced on one Kil...
We propose to consider the N=4,d=1 supermultiplet with (4,4,0) component content as a “root” one. We...
We briefly review how to obtain N = 1, 2 Poincaré supergravity theories in four dimensions from the ...
We write in superspace the lagrangian containing the fourth power of the Weyl tensor in the ”old min...
We write in superspace the lagrangian containing the fourth power of the Weyl tensor in the "old min...
We fully compute the N = 1 supersymmetrization of the fourth power of the Weyl tensor in d = 4 x-spa...
Abstract. Actions containing RZ terms in d = 4, N = 1 supergravity are constructed in the on-shell a...
We consider the possible consistent truncation of N-extended supergravities to lower N' theories. Th...
A discussion of the number of degrees of freedom, and their dynamical properties, in higher derivati...
A ten-dimensional supersymmetric gauge theory is written in terms of N=1, D=4 superfields. The theor...
We analyze the reduction to four dimensions of the R^4 terms which are part of the ten-dimensional s...
In a previous article we have shown the existence of a new independent R 4 term, at one loop, in the...
We study the leading irrelevant operators along the flat directions of certain supersymmetric theori...
We study the symmetries of pure N = 2 supergravity in D = 4. As is known, this theory reduced on one...
We reduce the dual version of D = 10, N = 1 supergravity coupled to n vector fields to four dimensio...
We study the symmetries of pure N=2 supergravity in D=4. As is known, this theory reduced on one Kil...
We propose to consider the N=4,d=1 supermultiplet with (4,4,0) component content as a “root” one. We...