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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.

168,742 papers · 148 categories

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53106159212 · May 202619922001200920172026
48 results for $\mathbb C$-boundaries

Study confirms conjecture: minimal Lagrangian surfaces with Legendrian boundary are rigid.

problem Characterize minimal Lagrangian surfaces with Legendrian capillary boundary.
method Analyzes surfaces in B4\mathbb{B}^4 with Legendrian boundary on S3\mathbb{S}^3.
result Equatorial plane disks and catenoids are the only minimal Lagrangian surfaces with Legendrian capillary boundary.

Geodesic boundaries of surfaces with constant mean curvature are studied.

problem Understanding geodesic boundaries of surfaces with constant mean curvature.
method Generalization of results from minimal surfaces to constant mean curvature surfaces.
result Geodesic boundaries of constant mean curvature surfaces are explored.

Study asymptotic behavior of translators in hyperbolic product space.

problem Classify asymptotic boundary components of translators in H2imesR\mathbb H^2 imes\mathbb R.
method Inspired by earlier work on minimal and constant mean curvature surfaces, use symmetric translators as barriers.
result Prove classification of asymptotic boundary components under continuity assumptions.

Study free boundary minimal submanifolds in geodesic balls in hyperbolic and spherical spaces.

problem Characterize free boundary minimal submanifolds in geodesic balls of hyperbolic and spherical spaces.
method Define and analyze functionals related to critical metrics and spectral indices.
result Critical metrics of defined functionals arise from free boundary minimal immersions in geodesic balls of hyperbolic and spherical spaces.

Thurston's boundary to the universal Teichmüller space T(H)T(\mathbb{H}) is the set of asymptotic rays to the embedding of T(H)T(\mathbb{H}) in the space of geodesic currents; the boundary is identified with the projective bounded measured laminations PMLbdd(H)PML_{bdd}(\mathbb{H}) of H\mathbb{H}. We prove that each Teichmüller …

2015-05-25abs ↗pdf ↗

Classifies 44-manifolds with specific properties and fundamental group.

problem Classifying 44-manifolds with fundamental group Z\mathbb{Z} and boundary.
method Topological and smooth classification methods, including Hermitian forms and 22-handlebody constructions.
result Every Hermitian form over Z[t±1]\mathbb{Z}[t^{\pm 1}] arises as the equivariant intersection form of exotic smooth 44-manifolds.

The study finds disks for certain constant mean curvature surfaces in a specific 3D space.

problem Finding constant mean curvature surfaces with small planar boundaries.
method Analyzing hypersurfaces in HnimesR\mathbb H^n imes\mathbb R with constraints on the boundary.
result Hypersurfaces with small and pinched boundaries are topological disks.

The study finds minimal surfaces in complex space forms are often totally geodesic.

problem Characterizing minimal surfaces with specific geometric properties in complex space forms.
method Analyzing free-boundary minimal surfaces in geodesic balls of complex space forms.
result Minimal surfaces in certain complex space forms are either totally geodesic or superminimal.

Harmonic functions u:RnRmu:{\mathbb R}^n \to {\mathbb R}^m are equivalent to integral manifolds of an exterior differential system with independence condition (M,I,ω)(M,{\mathcal I},ω). To this system one associates the space of conservation laws C{\mathcal C}. They provide necessary conditions for g:Sn1Mg:{\mathbb S}^{n-1} \to M

2009-03-05abs ↗pdf ↗

The paper introduces new boundary operators and proves higher order CR Sobolev trace inequalities for Siegel domain and complex ball.

problem Establishing higher order CR Sobolev trace inequalities for Siegel domain and complex ball.
method Introducing conformally covariant boundary operators, proving extension theorems, and establishing trace inequalities.
result Generalized CR Sobolev trace inequalities for all γ ∈ (0, n+1) \mathbb{N}.

We show that a four-manifold admits a boundary Lefschetz fibration over the disc if and only if it is diffeomorphic to S1×S3#nCP2S^1 \times S^3\# n \overline{\mathbb{C} P^2}, #mCP2#nCP2\# m\mathbb{C} P^2 \#n\overline{\mathbb{C} P^2} or #m(S2×S2)\# m (S^2 \times S^2). Given the relation between boundary Lefschetz fibrations and stable general…

2017-06-28abs ↗pdf ↗

Paper solves local well-posedness for Schrödinger flow into sphere with natural boundary conditions.

problem Local well-posedness of Schrödinger flow into S2\mathbb{S}^2 with natural boundary conditions.
method Developed a new approximation scheme to solve the problem.
result Solved the local well-posedness problem for the Schrödinger flow into S2\mathbb{S}^2 with natural boundary conditions.

The study finds conditions for free boundary Hamiltonian stationary discs in complex 2-space.

problem Conditions for free boundary Hamiltonian stationary Lagrangian discs in complex 2-space.
method Established conditions for weakly conformal, branched ΩΩ-free boundary Hamiltonian stationary Lagrangian immersions of discs.
result If conditions are met, a disc is a free boundary minimal immersion.

The study examines Bergman kernels on complex manifolds with boundary and their asymptotic expansions.

problem Analyzing Bergman kernels on complex manifolds with boundary and their asymptotic behavior.
method Establishing asymptotic expansions of partial Bergman kernels for high-frequency Fourier modes on R\mathbb{R}-symmetric complex manifolds with boundary.
result Established R\mathbb{R}-equivariant extension results for biholomorphic maps between weakly pseudoconvex domains.

We construct a smooth axially symmetric solution to the classical one phase free boundary problem in RN\mathbb{R}^{N}. Its free boundary is of \textquotedblleft catenoid\textquotedblright\ type. This is a higher dimensional analogy of the Hauswirth-Helein-Pacard solution in R\mathbb{R}% ^{2} (\cite{Pacard}). The exist…

2017-05-20abs ↗pdf ↗

Consider a 2-plane PCnP \subset \mathbb{C}^n and let DD be a bounded region in PP with a piecewise-smooth boundary. Let I(D)I(D) be the infimum of areas of all piecewise-smooth isotropic surfaces in Cn\mathbb{C}^n with the same boundary as DD. Then I(D)=λPnArea(D)I(D)= λ_P^n \cdot Area(D). If PP is not complex, $λ_P^n < \frac{3π}{…

2004-09-17abs ↗pdf ↗

Paper proves a generalized Alexandrov-Fenchel inequality for convex hypersurfaces with capillary boundary.

problem Proving a generalized Alexandrov-Fenchel inequality for convex hypersurfaces with capillary boundary.
method Using a locally constrained nonlinear curvature flow to preserve the nn-th quermassintegral and decrease the kk-th quermassintegral.
result Obtained the Alexandrov-Fenchel inequality for convex hypersurfaces with capillary boundary in Bn+1\mathbb{B}^{n+1}.

Study the topology of Milnor boundaries for real analytic map germs.

problem Topology of Milnor boundaries for real analytic map germs.
method Prove Milnor boundaries are double of Milnor tubes and use generalized open-book decompositions.
result Prove Euler characteristic formulae connecting Milnor boundaries and links.

We establish a moduli space E\mathbb E of stationary vacuum metrics in a spacetime, and set up a well-defined boundary map ΠΠ in E\mathbb E, assigning a metric class with its Bartnik boundary data. Furthermore, we prove the boundary map ΠΠ is Fredholm by showing that the stationary vacuum equations (combined with p…

2018-07-01abs ↗pdf ↗

The goal of this article is to study the space of smooth Riemannian structures on compact manifolds with boundary that satisfies a critical point equation associated with a boundary value problem. We provide an integral formula which enables us to show that if a critical metric of the volume functional on a connected $…

2016-03-09abs ↗pdf ↗

Locally connected boundaries proven for relatively hyperbolic groups.

problem Proving local connectedness of boundaries for relatively hyperbolic groups.
method Using a group pair (Γ,P)(Γ,\mathbb{P}) that is relatively one ended, and removing restrictions on cardinality and peripheral subgroups.
result The Bowditch boundary of (Γ,P)(Γ,\mathbb{P}) is locally connected.

Let Ωand \tildeΩ be uniformly convex domains in \mathbb{R}^n with smooth boundary. We show that there exists a diffeomorphism f: Ω\to \tildeΩ such that the graph Σ= \{(x,f(x)): x \in Ω\} is a minimal Lagrangian submanifold of \mathbb{R}^n \times \mathbb{R}^n.

2008-05-23abs ↗pdf ↗

Irreducible groups cannot be free if they ergodically act on a boundary.

problem Characterizing discrete subgroups of Lie groups that act ergodically on boundaries.
method Analyzing the structure of discrete subgroups of real semi-simple Lie groups and their action on boundaries.
result Irreducible discrete subgroups of certain Lie groups cannot be free.

Unified rigidity theorem for Plateau surfaces in Bn\mathbb{B}^n.

problem Rigidity of free-boundary minimal surfaces in Bn\mathbb{B}^n.
method Analyzing conformal free-boundary minimal immersions of Plateau model cones.
result Every conformal free-boundary minimal immersion of the flat TT-cone into Bn\mathbb{B}^n is congruent to the flat TT-cone.

Study proves uniqueness of certain minimal surfaces in spherical and hyperbolic spaces.

problem Proving uniqueness of free boundary minimal annuli in geodesic balls.
method Using Steklov problem frequency and antipodal map invariance.
result Minimal annuli are congruent to a critical rotational annulus.

Study submanifolds with boundaries in Heisenberg groups using Stokes' Theorem.

problem Understanding submanifolds with boundaries in Heisenberg groups.
method Introduce and study CH1C^1_\mathbb{H}-regular submanifolds with boundaries, prove Stokes' Theorem for them.
result Prove a version of Stokes' Theorem for submanifolds with boundaries in Heisenberg groups.

Study resolves flow through cylindrical singularities, proving nonfattening.

problem Analyzing free boundary flow through cylindrical singularities.
method Foundational results for free boundary Brakke flows and classification of ancient flows.
result Proves all cylindrical singularities have a mean-convex neighborhood, leading to well-posed flow.

Study of first homology group of Milnor fiber boundary for generic hyperplane arrangements in C^3.

problem Computing the first homology group of the Milnor fiber boundary for generic hyperplane arrangements.
method Analyzing the Milnor fiber boundary for hyperplane arrangements in C^3.
result Affirmative answer to the conjecture of Suciu and example of arrangements with non-trivial torsion.

Existence of minimal annuli in 3-sphere with boundary on geodesic spheres.

problem Existence of free boundary minimal annuli in 3-sphere.
method One-parameter family of complete minimal immersions of R × S^1 into S^3, analysis of Otsuki tori.
result Existence of embedded free boundary minimal annuli contained in geodesic balls.

Study of disks in complex projective space with specific fundamental groups.

problem Locally flat disks with boundary a fixed knot in (CP2)(\mathbb{C} P^2)^\circ with Z\mathbb{Z}-fundamental group.
method Topological isotopy, crossing changes, and algebraic invariants.
result Existence and classification of Z\mathbb{Z}-disks in (CP2)(\mathbb{C} P^2)^\circ.

Paper proves translating solutions for a specific flow in a product manifold.

problem Existence of translating solutions for nonparametric mean curvature flow with Neumann boundary data.
method Proves existence using product manifold MnimesRM^{n} imes\mathbb{R} with specific conditions.
result Existence of translating solutions for the flow in the product manifold.

Study extended Bogomolny equations on curved space with special boundary conditions.

problem Classify solutions to extended Bogomolny equations with gauge group SU(2).
method Relate solutions to holomorphic data via Kobayashi-Hitchin correspondence.
result Completely classify solutions to the extended Bogomolny equations.

This paper embeds surfaces in 3D spheres and balls with minimal area.

problem Embed surfaces with boundary in B3\mathbb{B}^3 as minimal surfaces.
method Optimizing Laplace and Steklov eigenvalues with symmetry groups.
result Proves existence of minimal surfaces in B3\mathbb{B}^3 with area below 2π2\pi.