We review the recent progress made towards the classification of supersymmetric solutions in ten and eleven dimensions with emphasis on those of IIB supergravity. In particular, the spinorial geometry method is outlined and adapted to nearly maximally supersymmetric backgrounds. We then demonstrate its effectiveness by classifying the maximally supersymmetric IIB G-backgrounds and by showing that N=31 IIB solutions do not exist
We adapt the spinorial geometry method to investigate supergravity backgrounds with near maximal num...
We show that all IIB supergravity backgrounds which admit more than 28 Killing spinors are maximally...
We show that all IIB supergravity backgrounds which admit more than 28 Killing spinors are maximally...
We review the recent progress made towards the classification of supersymmetric solutions in ten and...
We review the recent progress made towards the classification of supersymmetric solutions in ten and...
We review the recent progress made towards the classification of supersymmetric solutions in ten and...
We review the recent progress made towards the classification of supersymmetric solutions in ten and...
We classify the geometry of all supersymmetric IIB backgrounds which admit the maximal number of G-i...
We classify the geometry of all supersymmetric IIB backgrounds which admit the maximal number of G-i...
We classify the geometry of all supersymmetric IIB backgrounds which admit the maximal number of G-i...
We classify the geometry of all supersymmetric IIB backgrounds which admit the maximal number of G-i...
We adapt the spinorial geometry method to investigate supergravity backgrounds with near maximal num...
We review some aspects of the spinorial geometry approach to the classification of supersymmetric so...
We show that all IIB supergravity backgrounds which admit more than 28 Killing spinors are maximally...
We adapt the spinorial geometry method to investigate supergravity backgrounds with near maximal num...
We adapt the spinorial geometry method to investigate supergravity backgrounds with near maximal num...
We show that all IIB supergravity backgrounds which admit more than 28 Killing spinors are maximally...
We show that all IIB supergravity backgrounds which admit more than 28 Killing spinors are maximally...
We review the recent progress made towards the classification of supersymmetric solutions in ten and...
We review the recent progress made towards the classification of supersymmetric solutions in ten and...
We review the recent progress made towards the classification of supersymmetric solutions in ten and...
We review the recent progress made towards the classification of supersymmetric solutions in ten and...
We classify the geometry of all supersymmetric IIB backgrounds which admit the maximal number of G-i...
We classify the geometry of all supersymmetric IIB backgrounds which admit the maximal number of G-i...
We classify the geometry of all supersymmetric IIB backgrounds which admit the maximal number of G-i...
We classify the geometry of all supersymmetric IIB backgrounds which admit the maximal number of G-i...
We adapt the spinorial geometry method to investigate supergravity backgrounds with near maximal num...
We review some aspects of the spinorial geometry approach to the classification of supersymmetric so...
We show that all IIB supergravity backgrounds which admit more than 28 Killing spinors are maximally...
We adapt the spinorial geometry method to investigate supergravity backgrounds with near maximal num...
We adapt the spinorial geometry method to investigate supergravity backgrounds with near maximal num...
We show that all IIB supergravity backgrounds which admit more than 28 Killing spinors are maximally...
We show that all IIB supergravity backgrounds which admit more than 28 Killing spinors are maximally...