Skip to main content
added 215 characters in body
Source Link
user160903
user160903

In Mirror Symmetry, specially in Homological Mirror Symmetry, the mirror of stable holomorphic Vector bundle is the special Lagrangian submanifold.

In symplectic geometry

A-brane = Lagrangian submanifold + flat vector bundle •

In holomorphic geometry

B-brane = complex submanifold + holomorphic bundle

There is a relation between reflexive Sheaf and Vector bundle which is used in the study of Extension theory for finding canonical metrics

A reflexive sheaf $ F$, on Kähler variety $X$ outside of codimension at least 3 is a holomorphic vector bundle,

In the study of positivity theory of direct image of Line bundles which are Vector bundles.

For example positivity of CM-bundle which is related to K-stability and Kähler-Einstein metric on Fano manifolds

In Mirror Symmetry, specially in Homological Mirror Symmetry, the mirror of stable holomorphic Vector bundle is the special Lagrangian submanifold.

In symplectic geometry

A-brane = Lagrangian submanifold + flat vector bundle •

In holomorphic geometry

B-brane = complex submanifold + holomorphic bundle

There is a relation between reflexive Sheaf and Vector bundle which is used in the study of Extension theory for finding canonical metrics

A reflexive sheaf $ F$, on Kähler variety $X$ outside of codimension at least 3 is a holomorphic vector bundle,

In Mirror Symmetry, specially in Homological Mirror Symmetry, the mirror of stable holomorphic Vector bundle is the special Lagrangian submanifold.

In symplectic geometry

A-brane = Lagrangian submanifold + flat vector bundle •

In holomorphic geometry

B-brane = complex submanifold + holomorphic bundle

There is a relation between reflexive Sheaf and Vector bundle which is used in the study of Extension theory for finding canonical metrics

A reflexive sheaf $ F$, on Kähler variety $X$ outside of codimension at least 3 is a holomorphic vector bundle,

In the study of positivity theory of direct image of Line bundles which are Vector bundles.

For example positivity of CM-bundle which is related to K-stability and Kähler-Einstein metric on Fano manifolds

added 258 characters in body
Source Link
user160903
user160903

In Mirror Symmetry, specially in Homological Mirror Symmetry, the mirror of stable holomorphic Vector bundle is the special Lagrangian submanifold.

In symplectic geometry

A-brane = Lagrangian submanifold + flat vector bundle •

In holomorphic geometry

B-brane = complex submanifold + holomorphic bundle

There is a relation between reflexive Sheaf and Vector bundle which is used in the study of Extension theory for finding canonical metrics

A reflexive sheaf $ F$, on Kähler variety $X$ outside of codimension at least 3 is a holomorphic vector bundle,

In Mirror Symmetry, specially in Homological Mirror Symmetry, the mirror of stable holomorphic Vector bundle is the special Lagrangian submanifold.

In symplectic geometry

A-brane = Lagrangian submanifold + flat vector bundle •

In holomorphic geometry

B-brane = complex submanifold + holomorphic bundle

In Mirror Symmetry, specially in Homological Mirror Symmetry, the mirror of stable holomorphic Vector bundle is the special Lagrangian submanifold.

In symplectic geometry

A-brane = Lagrangian submanifold + flat vector bundle •

In holomorphic geometry

B-brane = complex submanifold + holomorphic bundle

There is a relation between reflexive Sheaf and Vector bundle which is used in the study of Extension theory for finding canonical metrics

A reflexive sheaf $ F$, on Kähler variety $X$ outside of codimension at least 3 is a holomorphic vector bundle,

added 171 characters in body
Source Link
user160903
user160903

In Mirror Symmetry, specially in Homological Mirror Symmetry, the mirror of stable holomorphic Vector bundle is the special Lagrangian submanifold.

In symplectic geometry

A-brane = Lagrangian submanifold + flat vector bundle •

In holomorphic geometry

B-brane = complex submanifold + holomorphic bundle

In Mirror Symmetry, specially in Homological Mirror Symmetry, the mirror of stable holomorphic Vector bundle is the special Lagrangian submanifold.

In Mirror Symmetry, specially in Homological Mirror Symmetry, the mirror of stable holomorphic Vector bundle is the special Lagrangian submanifold.

In symplectic geometry

A-brane = Lagrangian submanifold + flat vector bundle •

In holomorphic geometry

B-brane = complex submanifold + holomorphic bundle

Source Link
user160903
user160903
Loading