Triangle Seminars
Monday, 20 Jun 2005
Generalized geometry and physics I
Marco Gualtieri
(Fields Institute)
Abstract:
Generalized complex geometry is a unification of complex and symplectic geometry, and provides a geometrical context for understanding parts of mirror symmetry. In these lectures I will provide an introduction to generalized complex, Kahler, and related geometries, and describe some of their appearances in physics.
Generalized complex geometry is a unification of complex and symplectic geometry, and provides a geometrical context for understanding parts of mirror symmetry. In these lectures I will provide an introduction to generalized complex, Kahler, and related geometries, and describe some of their appearances in physics.
Posted by: IC
Wednesday, 22 Jun 2005
Generalized geometry and physics II
Marco Gualtieri
(Fields Institute)
Abstract:
Generalized complex geometry is a unification of complex and symplectic geometry, and provides a geometrical context for understanding parts of mirror symmetry. In these lectures I will provide an introduction to generalized complex, Kahler, and related geometries, and describe some of their appearances in physics.
Generalized complex geometry is a unification of complex and symplectic geometry, and provides a geometrical context for understanding parts of mirror symmetry. In these lectures I will provide an introduction to generalized complex, Kahler, and related geometries, and describe some of their appearances in physics.
Posted by: IC
Thursday, 23 Jun 2005
SEMINAR CANCELLED
Pierre Vanhove
(Saclay)
Friday, 24 Jun 2005
Generalized geometry and physics III
Marco Gualtieri
(Fields Institute)
Abstract:
Generalized complex geometry is a unification of complex and symplectic geometry, and provides a geometrical context for understanding parts of mirror symmetry. In these lectures I will provide an introduction to generalized complex, Kahler, and related geometries, and describe some of their appearances in physics.
Generalized complex geometry is a unification of complex and symplectic geometry, and provides a geometrical context for understanding parts of mirror symmetry. In these lectures I will provide an introduction to generalized complex, Kahler, and related geometries, and describe some of their appearances in physics.
Posted by: KCL