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arXiv research

A locally-built, LLM-digested index of recent arXiv papers in quant finance, geometry/topology, and statistical ML — keyword search served straight from SQLite on this machine.

169,291 papers · 148 categories

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90180269359 · Jun 202019922001200920182026
48 results for holomorphic convex maps

The paper proves a Schwarz lemma for weakly Kähler-Finsler manifolds.

problem Estimating distance functions and proving Schwarz lemma for weakly Kähler-Finsler manifolds.
method Establishing theorems about distance functions and applying them to prove the Schwarz lemma.
result Holomorphic mappings from weakly Kähler-Finsler manifolds to pseudoconvex Finsler manifolds are constant under certain conditions.

Proof of Muir-Suffridge conjecture for convex maps in complex space.

problem Proving the Muir-Suffridge conjecture for holomorphic convex maps.
method Analyzing univalent maps from the unit ball to complex space, considering limits and convexity.
result Characterization of boundary points where maps extend homeomorphically.

In this paper we study the set of projective maps between compact proper convex real projective manifolds. We show that this set contains only finitely many distinct homotopy classes and each homotopy class has the structure of a real projective manifold. When the target manifold is strictly convex, our results imply t…

2015-06-30abs ↗pdf ↗

Study of complex projective manifolds using arithmetic lattices.

problem Holomorphic convexity for toroidal compactifications of ball quotients.
method Show that Albanese mapping on an étale covering space generates jets on the interior.
result Shafarevich conjecture on holomorphic convexity satisfied in dimension 2 for arithmetic lattices.

Study on semistable points and convexity of gradient maps for group actions.

problem Analyzing semistable points and convexity in group actions.
method Examining a real reductive group action on a Kahler manifold with Hamiltonian properties.
result Openness and connectedness of semistable points, convexity theorems for GG-action and two-orbit variety.

Survey of complex analytic methods in minimal surface theory.

problem Global theory of minimal surfaces in Euclidean spaces.
method Complex analytic methods including Oka theory, holomorphic sprays, and Riemann-Hilbert boundary value problem.
result New constructions and results on minimal surfaces in various contexts.

We introduce holomorphic Riemannian maps between almost Hermitian manifolds as a generalization of holomorphic submanifolds and holomorphic submersions, give examples and obtain a geometric characterization of harmonic holomorphic Riemannian maps from almost Hermitian manifolds to Kaehler manifolds.

2014-02-24abs ↗pdf ↗

Holomorphic maps are a special case of Hermitian pluriharmonic maps between almost Hermitian manifolds.

problem Characterizing maps between almost Hermitian manifolds.
method Introducing Hermitian pluriharmonic maps and proving their properties.
result Holomorphic or anti-holomorphic maps are Hermitian pluriharmonic.

We construct an infinite dimensional real analytic manifold structure for the space of real analytic mappings from a compact manifold to a locally convex manifold. Here a map is real analytic if it extends to a holomorphic map on some neighbourhood of the complexification of its domain. As is well known the constructio…

2014-10-24abs ↗pdf ↗

Study proper holomorphic maps between symmetric domains, proving rigidity and isometric properties.

problem Characterizing proper holomorphic maps between symmetric domains.
method Analyzing maps between bounded symmetric domains of the same rank, proving rigidity and isometric properties.
result Proper holomorphic maps are totally geodesic isometric embeddings under certain conditions.

In this paper, we study deformations of holomorphic Poisson maps which extend Horikawa's series of papers on deformations of holomorphic maps in the context of holomorphic Poisson deformations. In appendices, we present deformations of Poisson morphisms in the language of functors of Artin rings which is the algebraic …

2015-12-30abs ↗pdf ↗

We prove that Kobayashi isometries between strongly convex domains are holomorphic or anti-holomorphic. More precisely, let n1,n2n_1, n_2 be positive integers and let $Ω_i \subset \C^{n_i}, \ i=1,2$, be bounded C3C^3 strongly convex domains. If φ:(Ω1,dΩ1K)(Ω2,dΩ2K)φ: (Ω_1, d^K_{Ω_1}) \rightarrow (Ω_2, d^K_{Ω_2}) is an isometry, i.e. $ d^K_…

2012-01-24abs ↗pdf ↗

The paper proves Liouville theorems for holomorphic maps on pseudo-Hermitian manifolds.

problem Proving Liouville theorems for holomorphic maps on pseudo-Hermitian manifolds.
method Analyzing maps between different classes of pseudo-Hermitian manifolds, using curvature assumptions.
result Holomorphic maps are constant under certain curvature conditions.

We initiate the study of the asymptotic topology of groups that can be realized as fundamental groups of smooth complex projective varieties with holomorphically convex universal covers (these are called here as holomorphically convex groups). We prove the H1H_1-semistability conjecture of Geoghegan for holomorphically…

2014-03-09abs ↗pdf ↗

H-holomorphic maps are a parameter version of J-holomorphic maps into contact manifolds. They have arisen in efforts to prove the existence of higher--genus holomorphic open book decompositions and efforts to prove the existence of finite energy foliations and the Weinstein conjecture, as well as in folded holomorphic …

2009-04-09abs ↗pdf ↗

Local holomorphic maps preserving (p,p) forms are shown to be isometries.

problem Preserving (p,p) forms under holomorphic maps between Kähler manifolds.
method Analyzing local holomorphic maps between Kähler manifolds, proving isometries up to scalars.
result Holomorphic maps preserving (p,p) forms are isometries under certain conditions.

Paper derives formulas for holomorphic maps between Hermitian manifolds and proves related theorems.

problem Holomorphic maps between Hermitian manifolds and their properties.
method Derives \partial\overline{\partial}-Bochner formulas and proves Schwarz lemma type estimates.
result Generalizes Ni's results to Hermitian manifolds, proving rigidity and degeneracy theorems.

We initiate the study of holomorphically convex groups: groups that can be realized as fundamental groups of smooth complex projective varieties with holomorphically convex universal covers. If GG is a holomorphically convex group of cohomological dimension two, we show that GG is isomorphic to the fundamental group …

2012-03-20abs ↗pdf ↗

The paper establishes Schwarz type lemmas for pseudo-Hermitian manifolds.

problem Understanding the geometry and mappings of pseudo-Hermitian manifolds.
method Using sub-Laplacian or Hessian type Bochner formulas and comparison theorems.
result Established Schwarz type results for \emph{CR} maps and transversally holomorphic maps.

The paper proves a factorization theorem for harmonic maps between Riemann surfaces and manifolds.

problem Understanding the factorization of harmonic maps between Riemann surfaces and manifolds.
method The proof relies on geometric properties of the Hopf differential and properties of holomorphic and anti-holomorphic diffeomorphisms.
result The theorem provides a factorization of harmonic maps under certain conditions involving holomorphic or anti-holomorphic diffeomorphisms.

The paper introduces a new energy density function and proves Liouville type theorems for various maps.

problem Proving Liouville type theorems for holomorphic, harmonic, and pluri-harmonic maps.
method Introducing a new energy density function and deriving Hessian estimates.
result No non-constant holomorphic map exists between certain Hermitian manifolds with specific curvature conditions.

The paper classifies holomorphic maps between Riemann surface configuration spaces.

problem Classifying holomorphic maps between configuration spaces of Riemann surfaces.
method Group-theoretic rigidity results promoted to the space level.
result Complete classifications of holomorphic maps between configuration spaces of Riemann surfaces.

The paper resolves a problem about metric inequivalence and characterizes proper holomorphic maps.

problem Metric inequivalence and characterization of proper holomorphic maps.
method Explicit characterization of proper holomorphic maps from a finitely-connected planar domain onto the unit disk.
result Characterization of proper holomorphic maps from a finitely-connected planar domain onto the unit disk.

Study Dirac-harmonic maps on Riemann surfaces and their relation to J-holomorphic curves.

problem Understanding critical points of fermionic action functionals on Riemann surfaces.
method Analyzing Dirac-harmonic maps and their relation to J-holomorphic curves on Kaehler manifolds.
result The tangent bundle to the moduli space of J-holomorphic curves consists of Dirac-harmonic maps.

Study proper holomorphic maps between specific domains, proving rigidity under certain conditions.

problem Proper holomorphic maps between type-I\mathrm{I} irreducible bounded symmetric domains.
method Analyzing maps under specific assumptions, using automorphisms and a defined map GhG_h.
result Rigidity results for maps, showing conditions on dimensions and existence of automorphisms.

The paper proves a Schwarz lemma for mappings between specific types of manifolds.

problem Establishing a Schwarz lemma for mappings between Kähler and complex Finsler manifolds.
method Using properties of holomorphic sectional curvature and radial sectional curvature.
result A Schwarz lemma for holomorphic mappings between Kähler and complex Finsler manifolds.