We work out the truncation from maximal to half-maximal supergravity in four dimensions. In particular, we determine the explicit constraints on the embedding tensors of both theories. These tensors specify the complete theories, including gauge groups and scalar potentials. Firstly, we find the linear constraint on N = 8 theories to allow for a truncation to N = 4. Secondly, we determine the additional N = 4 quadratic constraints following from N = 8. Finally, we comment on a brane interpretation as tadpole conditions for the latter.</p
We study the general deformations of maximal eight-dimensional supergravity by using the embedding t...
We study the general deformations of maximal eight-dimensional supergravity by using the embedding t...
Journal of High Energy Physics 2011.10 (2011): 068 reproduced by permission of Scuola Internazionale...
We work out the truncation from maximal to half-maximal supergravity in four dimensions. In particul...
We work out the truncation from maximal to half-maximal supergravity in four dimensions. In particul...
We work out the truncation from maximal to half-maximal supergravity in four dimensions. In particul...
We work out the truncation from maximal to half-maximal supergravity in four dimensions. In particul...
We work out the truncation from maximal to half-maximal supergravity in four dimensions. In particul...
We work out the truncation from maximal to half-maximal supergravity in four dimensions. In particul...
The duality angles deformation developed by de Roo and Wagemans within the context of N=4 gauged sup...
We construct the most general gaugings of the maximal D = 6 supergravity. The theory is ( 2, 2) supe...
We construct the most general gaugings of the maximal D = 6 supergravity. The theory is ( 2, 2) supe...
We construct the most general gaugings of the maximal D = 6 supergravity. The theory is ( 2, 2) supe...
We construct the most general gaugings of the maximal D = 6 supergravity. The theory is ( 2, 2) supe...
We study the general deformations of maximal eight-dimensional supergravity by using the embedding t...
We study the general deformations of maximal eight-dimensional supergravity by using the embedding t...
We study the general deformations of maximal eight-dimensional supergravity by using the embedding t...
Journal of High Energy Physics 2011.10 (2011): 068 reproduced by permission of Scuola Internazionale...
We work out the truncation from maximal to half-maximal supergravity in four dimensions. In particul...
We work out the truncation from maximal to half-maximal supergravity in four dimensions. In particul...
We work out the truncation from maximal to half-maximal supergravity in four dimensions. In particul...
We work out the truncation from maximal to half-maximal supergravity in four dimensions. In particul...
We work out the truncation from maximal to half-maximal supergravity in four dimensions. In particul...
We work out the truncation from maximal to half-maximal supergravity in four dimensions. In particul...
The duality angles deformation developed by de Roo and Wagemans within the context of N=4 gauged sup...
We construct the most general gaugings of the maximal D = 6 supergravity. The theory is ( 2, 2) supe...
We construct the most general gaugings of the maximal D = 6 supergravity. The theory is ( 2, 2) supe...
We construct the most general gaugings of the maximal D = 6 supergravity. The theory is ( 2, 2) supe...
We construct the most general gaugings of the maximal D = 6 supergravity. The theory is ( 2, 2) supe...
We study the general deformations of maximal eight-dimensional supergravity by using the embedding t...
We study the general deformations of maximal eight-dimensional supergravity by using the embedding t...
We study the general deformations of maximal eight-dimensional supergravity by using the embedding t...
Journal of High Energy Physics 2011.10 (2011): 068 reproduced by permission of Scuola Internazionale...