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← all fields·53 papers on kähler manifolds in Differential Geometry · 1 year

Formula identifies boundary flux for Kähler manifolds under parallel deformation.

problem Identifying boundary flux for Kähler manifolds under parallel deformation.
method One-sided Hadamard formula for normalized Monge-Ampère energy.
result Identifies boundary component as negative outward Anzellotti trace of divergence-measure flux current.

The paper studies the distribution of random degeneracy sets on complex manifolds.

problem Distribution of random degeneracy sets on compact Kähler manifolds.
method Asymptotic expansion of induced Grassmannian Chern forms, meromorphic transforms, and Wishart distribution.
result Normalized currents converge to curvature forms with quantitative estimates.

Criterion for solvability of complex 2-Hessian equation on compact Kähler manifolds.

problem Solvability of complex 2-Hessian equation on compact Kähler manifolds.
method Nakai--Moishezon-type criterion associated with the complex 2-Hessian equation.
result Criterion equivalent to existence of a smooth 2-admissible representative in complex dimension three.

The study sets limits on heat equation solutions' Hessians on curved spaces.

problem Bounding Hessians of positive solutions to heat equations on Kähler manifolds.
method Global and local upper bounds for Hessian matrices under curvature constraints.
result Improved bounds on Hessians for Riemannian manifolds with lower sectional curvature.

Introduces Poisson K-stability for Kähler manifolds and proves existence of constant scalar curvature structures.

problem Stability conditions for Poisson structures on Kähler manifolds.
method Infinite-dimensional momentum map techniques.
result Existence of constant scalar curvature symplectic generalized Kähler structures on Kähler-Einstein Fano manifolds.

Iterative method finds Hermitian-Einstein metrics on stable bundles.

problem Finding Hermitian-Einstein metrics on stable bundles over Kähler or Gauduchon manifolds.
method Iterative construction using a specific metric update formula.
result Smooth convergence to a Hermitian-Einstein metric from any initial metric.

Study third order Einstein deformations for Kähler-Einstein metrics on compact manifolds.

problem Existence of non-trivial Einstein deformations of Kähler metrics.
method Explicitly determined the obstruction to third order Einstein deformation and formulated it in terms of polynomial identities.
result Third order integrability for the Einstein equation is equivalent to Maurer-Cartan type equations and polynomial identities.

The paper proves conditions for the existence of holomorphic discs in Kähler manifolds.

problem Existence of holomorphic discs for higher AA_\infty operations.
method Showing existence of minimal discs with specific properties implies existence of holomorphic discs.
result Minimal discs in Kähler manifolds with certain boundary conditions are holomorphic.

The paper examines ellipticity of specific equations on vector bundles.

problem Investigating ellipticity of vector bundle versions of Monge-Ampère equations.
method Analyzing continuity paths and preserving ellipticity of equations.
result Not all equations preserve ellipticity along continuity paths, but σ2σ_{2} does.

Existence and uniqueness of bounded solutions to complex Monge-Ampère flows on Kähler manifolds.

problem Existence and uniqueness of bounded solutions to complex Monge-Ampère flows.
method Proved existence and uniqueness of bounded solutions with specific conditions on the right-hand side.
result Existence and uniqueness of bounded solutions to the complex Monge-Ampère flow on compact Kähler manifolds.

Extends Higgs fields theory to complex fiber bundles.

problem Characterize nonlinear flat connections on complex fiber bundles.
method Representation of extension class by curvature, nonlinear Higgs bundles, and nonabelian Hodge structure.
result Established a faithful functor from nonlinear flat bundles to nonlinear Higgs bundles.

The paper proves conditions for Kähler and Riemannian manifolds to be simply connected.

problem Conditions for Kähler and Riemannian manifolds to be simply connected.
method Spectral positivity assumptions for Kähler manifolds and a specific spectral positivity assumption for Riemannian manifolds.
result Compact Kähler manifolds and Riemannian manifolds under the specified spectral positivity assumptions are simply connected.

The L2L^2-\partial\overline\partial-Lemma is extended to complete Kähler manifolds with a gap in the spectrum.

problem Extending the L2L^2-\partial\overline\partial-Lemma to non-compact Kähler manifolds.
method Proving the L2L^2-\partial\overline\partial-Lemma on complete Kähler manifolds with a gap in the spectrum.
result The L2L^2-\partial\overline\partial-Lemma is generalized to complete Kähler manifolds.

Paper bounds Kähler manifolds' diameter using Orlicz spaces and complex Monge-Ampère equations.

problem Establishing diameter bounds for Kähler manifolds in Orlicz spaces.
method Proving a priori estimates for solutions of complex Monge-Ampère equations in Orlicz spaces using Kołodziej's and Guo-Phong-Tong-Wang's approaches.
result Uniform estimates for Green's function and its gradient for Kähler metrics.

The paper proves that Kähler manifolds with positive holomorphic sectional curvature have a limited diameter.

problem Diameter rigidity of Kähler manifolds with positive holomorphic sectional curvature.
method Establishing diameter rigidity for Kähler manifolds with positive holomorphic sectional curvature.
result Kähler manifolds with positive holomorphic sectional curvature have a limited diameter.

Study of twisted Calabi flow connecting J-flow and Calabi flow on Kähler manifolds.

problem Existence and convergence of twisted Calabi flow on compact Kähler manifolds.
method Analysis of a family of twisted Calabi flows connecting J-flow and Calabi flow, showing long-time existence and convergence to cscK metrics.
result Long-time existence and convergence of twisted Calabi flow to cscK metrics, implying openness of continuity method.

The study computes Bergman kernels and point process asymptotics on Kähler manifolds.

problem Computing asymptotics of Bergman kernels and point process distributions on Kähler manifolds.
method Equivariant and partial Bergman kernels, determinantal point processes, asymptotic analysis.
result The distribution of linear statistics converges to a centered normal variable with specific variances.

The paper quantizes Kähler manifolds using differential operators.

problem Quantizing classical observables on Kähler manifolds as differential operators.
method Constructing higher-order differential operators using Fedosov-type constructions and proving asymptotic equivalence to Berezin-Toeplitz operators.
result Holomorphic differential operators are precisely those that arise as Berezin-Toeplitz operators for quantizable functions.

Study on Kähler manifolds connects curvature decay with growth of holomorphic functions.

problem Analyzing properties of Kähler manifolds with nonnegative bisectional curvature.
method Established precise relations among minimal degree, volume growth, and scalar curvature decay.
result Unified understanding of Kähler-Ricci flow through polynomial growth holomorphic functions.

Study on mm-positivity in Kähler manifolds with new Monge-Ampère-type equation.

problem Exploring mm-positivity in Kähler manifolds and its geometric applications.
method Generalizing pseudo-effective and big Bott-Chern cohomology classes, proposing a new Monge-Ampère-type equation.
result Proof of a form of uniqueness for solutions of the Monge-Ampère-type equation.

Study Bergman kernels on Kähler manifolds, answering Lu-Tian's question.

problem Understanding Bergman kernels on Kähler manifolds and their properties.
method Localization and expansion analysis of Bergman kernels.
result Answered Lu-Tian's question about Bergman kernels having no logarithmic singularity.

Strong formal properties for toric and homogeneous Kähler manifolds.

problem Understanding formal properties of Kähler manifolds.
method Analyzing rationally and strongly formal properties of toric and homogeneous Kähler manifolds.
result Toric and homogeneous Kähler manifolds are both rationally and strongly formal.

Optimizes dimension estimate for holomorphic functions on Kähler manifolds.

problem Determining the optimal dimension for holomorphic functions with polynomial growth.
method Analyzes Kähler manifolds with non-negative holomorphic bisectional curvature.
result Identifies the specific gap and optimal dimension for maximal volume growth.

Study on Kähler manifolds with nonnegative Ricci curvature, focusing on rigidity.

problem Rigidity of Kähler manifolds with nonnegative Ricci curvature.
method Analysis of Kähler manifolds with specific properties.
result Complete noncompact Kähler surface with nonnegative Ricci curvature, Euclidean volume growth, and quadratic curvature decay is biholomorphic to the resolution of an affine algebraic variety.

New algebraic structure derived from Kähler manifolds.

problem Understanding algebraic structures on differential forms.
method Introducing L[1]L_\infty[1] R\mathfrak{R}-algebras and proving linearization theorems.
result Induced L[1]L_\infty[1] R\mathfrak{R}-algebra structures on Γ(L)Γ(\mathcal{L}) are linearizable under certain conditions.

Researchers introduce new energies to study constant scalar curvature metrics.

problem Understanding constant scalar curvature metrics on compact Kähler manifolds.
method Introduced a family of KβK^β energies using Berman's quantization and intersection theory. Combined with non-Archimedean techniques, provided a uniform Yau-Tian-Donaldson correspondence.
result Uniform Yau-Tian-Donaldson correspondence characterizes the existence of a unique constant scalar curvature Kähler metric.

The paper proves a unique cscK metric for uniformly K-stable Kähler manifolds.

problem Finding a unique cscK metric for uniformly K-stable Kähler manifolds.
method Developed non-Archimedean pluripotential theory, used valuative criterion, and extended Calabi-Yau Theorem.
result Proved existence and uniqueness of cscK metrics for uniformly K-stable Kähler manifolds.

Extends Hodge theory to nearly Kähler manifolds of arbitrary dimensions.

problem Generalize Hodge-theoretic results to nearly Kähler manifolds of arbitrary dimensions.
method Apply Hodge theory to nearly Kähler manifolds of arbitrary dimensions, relating Hodge numbers to Betti numbers.
result Hodge numbers of compact nearly Kähler manifolds are related to Betti numbers in the same way as on a compact Kähler manifold.

New formulas with quadratic curvature terms on Kähler manifolds for Hodge number estimates.

problem Estimating Hodge numbers under weak curvature conditions.
method Established new Bochner-Kodaira formulas with quadratic curvature terms.
result Derivation of Weitzenböck-Bochner-Kodaira formulas with quadratic curvature terms on compact Kähler manifolds.

Two remarks on curvature properties of Kähler manifolds.

problem Curvature properties of Kähler manifolds.
method Analyzing semi-positive holomorphic sectional curvature and quasi-negative kk-Ricci curvature.
result For semi-positive holomorphic sectional curvature, the rational dimension of the MRC fibration equals the number of non-truly-flat directions. For quasi-negative kk-Ricci curvature, the canonical bundle is ample.

This paper improves Green's function estimates for compact Kähler manifolds.

problem Estimating Green's function norms for compact Kähler manifolds without curvature bounds.
method Proves an improved integral estimate for Green's function under volume density condition.
result Improved global geometric estimates, including eigenvalue bounds for Laplacian.