Name
|
Title
|
David
Berenstein
|
Giant gravitons: a collective coordinate approach
|
David Berman
|
Generalised Geometry and M-theory I
|
| Pawel Caputa |
Three-point functions with giant gravitons
|
| Chong-Sun
Chu |
A proposal of a non-abelian theory
of multiple M5-branes
|
| Jose Miguel
Figueroa-O'Farrill |
Homogeneity of supergravity backgrounds
|
| Kazuo Hosomichi |
Seiberg-Witten theories on
Ellipsoids |
| Yusuke Kimura |
Non-planar correlation functions and Brauer basis
|
| Robert
de Mello Koch |
From symmetric groups to giant gravitons
|
| Neil Lambert |
Making Up for Lost Time: A 5D Euclidean view of the M5 brane
|
| Kanghoon Lee |
Stringy Unification of Type IIA and IIB Supergravities under N = 2 D = 10 Supersymmetric Double Field Theory
|
| Kimyeong Lee |
New 5d Supersymmetric Field Theories on M5
|
| George Papadopoulos |
Supersymmetric backgrounds and multiple 5-branes
|
| Malcolm Perry |
Generalised Geometry and M-theory II
|
| Sanjaye
Ramgoolam |
Quivers as Calculators
|
| Christian Saemann |
Geometry of Higher Yang-Mills Fields
|
| Joan Simon |
Aspects of (near-)extremal black holes
|
| Douglas
Smith |
Moduli space of dyonic instantons in 5d SYM
|
| Dmitri Sorokin |
Action for non-abelian dual fields in 6d
|
| Richard Szabo |
Quantization of non-geometric flux backgrounds
|
| Martin Wolf |
Non-Abelian Self-Dual Tensor Field Theories from Twistor Space
|
