Sharp Growth Estimates for Warping Functions in Multiply Warped Product Manifolds

IF 0.5 Q4 PHYSICS, MATHEMATICAL
Bang‐Yen Chen, S. Wei
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引用次数: 15

Abstract

By applying an average method in PDE, we obtain a dichotomy between "constancy" and "infinity" of the warping functions on complete noncompact Riemannian manifolds for an appropriate isometric immersion of a multiply warped product manifold $N_1\times_{f_2} N_2 \times \cdots \times _{f_k} N_k\, $ into a Riemannian manifold. Generalizing the earlier work of the authors in [{Glasg. Math. J. 51 (2009) 579-592], we establish sharp inequalities between the mean curvature of the immersion and the sectional curvatures of the ambient manifold under the influence of quantities of a purely analytic nature (the growth of the warping functions). Several applications of our growth estimates are also presented.
多重Warped乘积流形中Warping函数的Sharp Growth估计
通过在PDE中应用平均方法,我们得到了完全非紧黎曼流形上的翘曲函数的“恒定性”和“无穷大”之间的二分法,用于乘积翘曲乘积流形$N_1\times_{f_2}N_2\times\cdots\times_{f _k}N_k\,$到黎曼流形的适当等距浸入。推广作者在〔{Glasg.Math.J.51(2009)579-592〕中的早期工作,我们在纯分析性质的量(翘曲函数的增长)的影响下,在浸入的平均曲率和环境流形的截面曲率之间建立了尖锐的不等式。还介绍了我们的增长估计的几个应用。
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来源期刊
CiteScore
1.50
自引率
25.00%
发文量
3
期刊介绍: The Journal of Geometry and Symmetry in Physics is a fully-refereed, independent international journal. It aims to facilitate the rapid dissemination, at low cost, of original research articles reporting interesting and potentially important ideas, and invited review articles providing background, perspectives, and useful sources of reference material. In addition to such contributions, the journal welcomes extended versions of talks in the area of geometry of classical and quantum systems delivered at the annual conferences on Geometry, Integrability and Quantization in Bulgaria. An overall idea is to provide a forum for an exchange of information, ideas and inspiration and further development of the international collaboration. The potential authors are kindly invited to submit their papers for consideraion in this Journal either to one of the Associate Editors listed below or to someone of the Editors of the Proceedings series whose expertise covers the research topic, and with whom the author can communicate effectively, or directly to the JGSP Editorial Office at the address given below. More details regarding submission of papers can be found by clicking on "Notes for Authors" button above. The publication program foresees four quarterly issues per year of approximately 128 pages each.
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