Abreu equation

E1017919

The Abreu equation is a fourth-order nonlinear partial differential equation arising in Kähler and toric geometry, particularly in the study of extremal and constant scalar curvature Kähler metrics.

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Statements (42)

Predicate Object
instanceOf equation in Kähler geometry
equation in toric geometry
fourth-order differential equation
nonlinear differential equation
partial differential equation
appearsIn constant scalar curvature Kähler (cscK) problem
theory of extremal metrics on toric manifolds
appliesTo Delzant toric varieties NERFINISHED
compact toric Kähler manifolds
arisesIn Kähler geometry NERFINISHED
toric geometry
associatedWith Delzant polytopes NERFINISHED
toric symplectic manifolds
characterizes toric constant scalar curvature Kähler metrics
toric extremal Kähler metrics
definedOn moment polytope of a toric Kähler manifold
domain convex functions on a Delzant polytope
field mathematics
governs scalar curvature in symplectic coordinates on toric manifolds
hasDifferentialOrder four
hasOrder 4
introducedBy Miguel Abreu NERFINISHED
involves Hessian of a convex function
inverse Hessian matrix
symplectic potential
isGeometricPDE true
isNonlinear true
namedAfter Miguel Abreu NERFINISHED
relatedTo Calabi functional minimization
Monge–Ampère equation NERFINISHED
extremal vector fields
relatesTo scalar curvature of a toric Kähler metric
requires boundary conditions on the moment polytope
studiedIn complex differential geometry
geometric analysis
subfield PDE theory
complex geometry
differential geometry
symplectic geometry
usedFor study of constant scalar curvature Kähler metrics
study of extremal Kähler metrics
yearIntroduced 1998

Referenced by (1)

Full triples — surface form annotated when it differs from this entity's canonical label.

Monge–Ampère equation relatedTo Abreu equation