ON THE FIRST EIGENVALUE OF THE MEAN FINSLER-LAPLACIAN

In this paper, we prove that several different definitions of the Finsler-Laplacian are equivalent. Then we prove that any Berwald metric is affinely equivalent to its mean metric and give some upper or lower bound estimates for the first eigenvalue of the mean Laplacian on Berwald manifolds, which generalize some results in Riemannian geometry.

强Khler-Finsler流形上(p,q)形式的中值Laplace算子(英文)

本文给出了强Khler-Finsler流形上中值Laplace算子的一些性质,如自伴性质,散度形式等。与Khler流形上利用逆变基本张量及其在Finsler流形上的变形作为密度函数定义流形上的逐点内积及整体内积不同,作者利用强Khler-Finsler流形上的逆变密切Khler度量作为密度函数定义了流形上的逐点内积和整体内积,并定义了强Khler-Finsler流形上的Hodge-Laplace算子,它可看作函数情形中值Laplace算子的推广。

完备芬斯勒流形上的一个刘维尔型定理（英文）

应用芬斯勒流形上的广义极值原理,给出一个关于椭圆不等式Δu≥f(u)解的估计(f是R上的实值函数),得到一个关于此类椭圆不等式的刘维尔型定理。

Finsler空间中的Laplace算子及其性质

在Finsler空间中给出了一种非线性的Laplace算子Δ,得到了Laplace算子Δ满足的性质,同时指出了Δ与Riemann空间中Laplace算子的异同.

复Finsler流形间的调和映射

通过定义其上的整体内积得到相应的伴随算子和Laplace算子,并且通过计算得到了强拟凸复Finsler流形间光滑映射的-能量和-能量的变分公式,从而给出了调和映射的定义;最后得到-量与-量之差不是同伦不变的.

Isoparametric hypersurfaces in Funk spaces

Funk metrics are a kind of important Finsler metrics with constant negative flag curvature. In this paper, it is proved that any isoparametric hypersurface in Funk spaces has at most two distinct principal curvatures. Moreover, a complete classification of isoparametric families in a Funk space is given.

On the first eigenvalue of Finsler manifolds with nonnegative weighted Ricci curvature

We prove that for a compact Finsler manifold M with nonnegative weighted Ricci curvature,if its first closed(resp.Neumann)eigenvalue of Finsler-Laplacian attains the sharp lower bound,then M is isometric to a circle(resp.a segment).Moreover,a lower bound of the first eigenvalue of Finsler-Laplacian with Dirichlet boundary condition is also estimated.These generalize the corresponding results in recent literature.

Eigenvalue Comparison Theorems on Finsler Manifolds

Cheng-type inequality, Cheeger-type inequality and Faber-Krahn-type inequality are generalized to Finsler manifolds. For a compact Finsler manifold with the weighted Ricci curvature bounded from below by a negative constant, Li-Yau's estimation of the first eigenvalue is also given.

Laplacian on Complex Finsler Manifolds

In this paper, the Laplacian on the holomorphic tangent bundle T 1,0 M of a complex manifold M endowed with a strongly pseudoconvex complex Finsler metric is defined and its explicit expression is obtained by using the Chern Finsler connection associated with (M, F ). Utilizing the initiated "Bochner technique", a vanishing theorem for vector fields on the holomorphic tangent bundle T 1,0 M is obtained.

芬斯勒流形上与梯度向量场和Laplacian有关的若干重要不等式

本文首先刻画了Randers流形上任一光滑函数的梯度向量场并得到了一个梯度估计.其次,本文在Ric_(N)≥K>0的条件下获得了芬斯勒Laplacian的非零特征值的一个下界估计.最后,本文在Ric_(∞)≥K>0的条件下,给出了紧致芬斯勒流形上的对数Sobolev不等式的一个全新且简单的证明.

Sharp spectral gap for the Finsler p-Laplacian

In this paper, we give a sharp lower bound for the first(nonzero) p-eigenvalue on a compact Finsler manifold M without boundary or with convex boundary if the weighted Ricci curvature RicciNis bounded from below by a constant K in terms of the diameter d of a manifold, dimension, K, p and N. In particular, if RicciNπis non-negative, then the first p-eigenvalue is bounded from below by(p-1)(~πp/d)p, and the equality holds if and only if M is either a circle or a segment.

Bochner-Kodaira Techniques on Kahler Finsler Manifolds

A horizontal Hodge Laplacian operator □h is defined for Hermitian holomorphic vector bundles over PTM on Khler Finsler manifold,and the expression of □h is obtained explicitly in terms of horizontal covariant derivatives of the Chern-Finsler connection.The vanishing theorem is obtained by using the α_Hα_H-method on Kahler Finsler manifolds.