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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.

168,695 papers · 148 categories

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62124186248 · May 202619922001200920172026
48 results for compact hyperbolic surfaces

Let SS be a compact hyperbolic Riemann surface of genus g2g \geq 2. We call a systole a shortest simple closed geodesic in SS and denote by sys(S)\mathop{sys}(S) its length. Let msys(g)\mathop{msys(g)} be the maximal value that sys()\mathop{sys}(\cdot) can attain among the compact Riemann surfaces of genus gg. We call a (global…

2013-05-23abs ↗pdf ↗

Study intersection numbers, lengths, and shortest geodesics on hyperbolic surfaces.

problem Understanding the relationship between intersection numbers, lengths, and shortest geodesics on hyperbolic surfaces.
method Analyzing the asymptotic behavior of interaction strength I(X) as X approaches infinity in the moduli space of compact hyperbolic surfaces.
result Determined the asymptotic behavior of interaction strength I(X) in terms of the length of the shortest geodesic sys(X).

Upper bounds on area for surfaces with constant mean curvature in hyperbolic 3-manifolds.

problem Finding area constraints for surfaces with constant mean curvature in hyperbolic 3-manifolds.
method Established an upper bound on the area of closed embedded surfaces with constant mean curvature at least one, depending on the mean curvature and genus bounds.
result Area bound implies compactness for such surfaces, with specific proportional bounds for Bryant surfaces.

Researchers compute trace formula for magnetic Laplacian on hyperbolic surfaces.

problem Analyzing the magnetic Laplacian on compact hyperbolic surfaces.
method Computed the trace formula for magnetic Laplacian energies above the Mane critical level.
result Asymptotic behavior of trace formula coefficients near the Mane critical level.

Extending BTZ models to complete hyperbolic surfaces.

problem Extending BTZ models to complete hyperbolic surfaces.
method Proving a parametrization result for globally hyperbolic Cauchy-maximal and Cauchy-compact locally Minkowski manifolds with extreme BTZ.
result The tangent bundle of the Teichmüller space parametrizes globally hyperbolic Cauchy-maximal and Cauchy-compact locally Minkowski manifolds with extreme BTZ.

Researchers solve a Plateau problem for maximal surfaces in pseudo-hyperbolic spaces.

problem Finding maximal surfaces with given boundary curves in pseudo-hyperbolic spaces.
method Defined and proved the existence of unique solutions using asymptotic Plateau problem and analysis of pseudo-holomorphic curves.
result Existence and uniqueness of maximal surfaces with specified boundary conditions.

Compact hyperbolic complex manifolds are rigid under deformation.

problem Studying the deformation behavior of compact hyperbolic complex manifolds.
method Analyzing smooth families of compact complex manifolds over the unit disk and compact Riemann surfaces.
result The HH-locus is either at most a discrete subset or the whole domain, depending on the family structure.

Classifies Nil 3-manifolds as cross-sections of complex hyperbolic surfaces.

problem Identifying Nil 3-manifolds as cross-sections of complex hyperbolic surfaces.
method Comprehensive classification of commensurability classes of cusped, arithmetic, and non-arithmetic complex hyperbolic 2-manifolds.
result Some Nil 3-manifolds are cross-sections in every commensurability class, while others are cross-sections in only one.

We study compact hyperbolic surface laminations. These are a generalization of closed hyperbolic surfaces which appear to be more suited to the study of Teichmüller theory than arbitrary non-compact surfaces. We show that the Teichmüller space of any non-trivial hyperbolic surface lamination is infinite dimensional. In…

2019-07-28abs ↗pdf ↗

For compact and for convex co-compact oriented hyperbolic surfaces, we prove an explicit correspondence between classical Ruelle resonant states and quantum resonant states, except at negative integers where the correspondence involves holomorphic sections of line bundles.

2016-05-27abs ↗pdf ↗

Harmonic metrics are established for SO0(n,n)-Higgs bundles on non-compact hyperbolic surfaces.

problem Establishing harmonic metrics for SO0(n,n)-Higgs bundles.
method Using canonical line bundle and holomorphic differentials, the existence and uniqueness of harmonic metrics are proven.
result Existence and uniqueness of harmonic metrics compatible with SO0(n,n) structure on non-compact hyperbolic surfaces.

We prove there exists a compact embedded minimal surface in a complete finite volume hyperbolic 33-manifold N\mathcal{N}. We also obtain a least area, incompressible, properly embedded, finite topology, 22-sided surface. We prove a properly embedded minimal surface of bounded curvature has finite topology. This dete…

2014-05-06abs ↗pdf ↗

We exhibit the first examples of compact orientable hyperbolic manifolds that do not have any spin structure. We show that such manifolds exist in all dimensions n4n \geq 4. The core of the argument is the construction of a compact orientable hyperbolic 44-manifold MM that contains a surface SS of genus 33 with sel…

2019-04-29abs ↗pdf ↗

The paper proves geometric bordisms for specific hyperbolic surfaces.

problem Proving geometric bordisms for Accola-Maclachlan, Kulkarni, and Wiman surfaces.
method Explicit geodesic embeddings and geometric proofs for specific surfaces.
result The surfaces bound geometrically compact hyperbolic 3-manifolds.

The entropy of geodesic currents on hyperbolic surfaces is bounded by their self-intersection number.

problem Bounding the entropy of geodesic currents on hyperbolic surfaces.
method Established a quantitative upper bound on entropy in terms of self-intersection number and systole.
result Small self-intersection number forces small entropy.

Motivated by classical theorems on minimal surface theory in compact hyperbolic three-manifolds, we investigate the questions of existence and deformations for least area minimal surfaces in complete noncompact hyperbolic three-manifold of finite volume. We prove any closed immersed incompressible surface can be deform…

2015-07-17abs ↗pdf ↗

The study of orthospectrum and simple orthospectrum of hyperbolic surfaces.

problem Characterizing hyperbolic surfaces through their orthospectrum and simple orthospectrum.
method Analyzing the orthospectrum and simple orthospectrum of compact hyperbolic surfaces with geodesic boundary.
result Generic surfaces are determined by their orthospectrum and simple orthospectrum, and there are finitely many surfaces sharing the same orthospectrum and simple orthospectrum.

We discuss the art and science of producing conformally correct euclidean and hyperbolic tilings of compact surfaces. As an example, we present a tiling of the Chmutov surface by hyperbolic (2, 4, 6) triangles.

2016-12-25abs ↗pdf ↗

Non-compact convex sets in hyperbolic 3-space are rigid under isometries.

problem Rigidity of non-compact convex sets in hyperbolic 3-space
method Proving rigidity using Pogorelov's theorem and properties of locally convex surfaces
result Any intrinsic isometry between the boundaries of two non-compact closed convex subsets extends to a global isometry of the ambient space

For compact Riemann surfaces, the collar theorem and Bers' partition theorem are major tools for working with simple closed geodesics. The main goal of this paper is to prove similar theorems for hyperbolic cone-surfaces. Hyperbolic two-dimensional orbifolds are a particular case of such surfaces. We consider all cone …

2004-05-07abs ↗pdf ↗

Polynomial bound on surfaces in hyperbolic 3-manifolds.

problem Bounding the number of surfaces in hyperbolic 3-manifolds.
method Using polynomial functions of the volume of the manifold and the Euler characteristic.
result An upper bound for the number of compact essential surfaces is a polynomial function of the volume of the manifold.

CMC-1 surfaces found on compact Riemann surfaces with Cantor sets.

problem Finding CMC-1 surfaces on compact Riemann surfaces.
method Uniform approximation theorems for holomorphic null curves in C2imesC\mathbb{C}^2 imes \mathbb{C}^*.
result Cantor set removal allows for CMCext1\mathrm{CMC ext{-}1} immersions in hyperbolic and de Sitter spaces.

Defined a new graph type for compact surfaces, proving its connectedness and infinite diameter.

problem Understanding the structure of arc graphs on compact surfaces.
method Defining and analyzing the prescribed arc graph A(Σ,Γ)\mathscr A(Σ,Γ) for compact surfaces ΣΣ with boundary and relations ΓΓ.
result The prescribed arc graph A(Σ,Γ)\mathscr A(Σ,Γ) is connected and infinite-diameter, with specific conditions for Gromov hyperbolicity.

The paper proves constant mean curvature surfaces in specific manifold types.

problem Existence of surfaces with constant mean curvature in asymptotically flat and hyperbolic manifolds.
method Combines min-max theory with inverse mean curvature flow.
result Existence of compact surfaces with constant mean curvature in asymptotically flat and hyperbolic manifolds.

Study shows exponential growth of Laplacian determinant on random hyperbolic surfaces.

problem Understanding the behavior of Laplacian determinants on random hyperbolic surfaces.
method Investigated various models of random hyperbolic surfaces and their Laplacian determinants as genus increases.
result For all popular models, the determinant grows exponentially with a universal exponent as the genus goes to infinity.

The paper proves the existence of a unique circle packing on hyperbolic surfaces.

problem Proving the existence of a unique inversive distance circle packing on hyperbolic polyhedral surfaces.
method Deforming the surface by discrete Ricci flow, doing surgery by edge flipping, and using a variational principle of a convex Ricci potential.
result There exists a unique inversive distance circle packing that is discrete conformal to the original one.

Harmonic metrics on Higgs bundles over non-compact hyperbolic surfaces are studied.

problem Existence and uniqueness of harmonic metrics on Higgs bundles over non-compact hyperbolic surfaces.
method Defined Higgs bundles in the Hitchin section, used harmonic metrics and real structures.
result Existence and uniqueness of harmonic metrics on Higgs bundles over non-compact hyperbolic surfaces.

Currents on cusped hyperbolic surfaces have a denseness property similar to compact surfaces.

problem Proving denseness of rational currents on cusped hyperbolic surfaces.
method Using geodesic currents and subset currents, proving denseness through examples and continuous extension.
result Denseness of rational currents on cusped hyperbolic surfaces, including geodesics connecting cusps.

We use meromorphic quadratic differentials with higher order poles to parametrize the Teichmüller space of crowned hyperbolic surfaces. Such a surface is obtained on uniformizing a compact Riemann surface with marked points on its boundary components, and has non-compact ends with boundary cusps. This extends Wolf's pa…

2017-08-16abs ↗pdf ↗

We show that for each aspherical compact complex surface XX whose fundamental group ππ fits into a short exact sequence 1Kππ1(S)1 1\to K \to π\to π_1(S) \to 1 where SS is a compact hyperbolic Riemann surface and the group KK is finitely-presentable, there is a complex structure on SS and a nonsingular holomorphic fibr…

1998-08-18abs ↗pdf ↗

The group of conformal diffeomorphisms and the group of causal automorphisms on two-dimensional globally hyperbolic spacetimes are clarified. It is shown that if spacetimes have non-compact Cauchy surfaces, then the groups are subgroups of that of two-dimensional Minkowski spacetime, and if spacetimes have compact Cauc…

2015-01-28abs ↗pdf ↗

The study finds that certain hyperbolic manifolds contain subgroups isomorphic to surface groups.

problem The existence of thin surface subgroups in non-uniform arithmetic lattices.
method Analyzes arithmetic hyperbolic manifolds and their fundamental groups.
result Fundamental groups of non-compact arithmetic hyperbolic manifolds contain thin surface subgroups.

The study finds infinite meridional essential surfaces in hyperbolic knot exteriors of various genera.

problem Existence of meridional essential surfaces in hyperbolic knot exteriors.
method Essential tangle decompositions and meridional essential embeddings.
result Infinite collection of hyperbolic knots with meridional essential surfaces of arbitrary genus and boundary components.

Improved bound on the product of first Laplacian eigenvalue and area for genus three surfaces.

problem Bounding the product of the first eigenvalue of the Laplacian and the area for compact surfaces of genus three.
method Improved the bound established by Yang and Yau, using numerical computations for the hyperbolic Klein quartic surface.
result Showed that the product of the first eigenvalue of the Laplacian and the area is bounded above by approximately 21.668π.