In this article, we study the limiting behavior of the Brown-York mass and Hawking mass along nearly round surfaces at infinity of an asymptotically flat manifold. Nearly round surfaces can be defined in an intrinsic way. Our results show that the ADM mass of an asymptotically flat three manifold can be approximated by some geometric invariants of a family of nearly round surfaces, which approach to infinity of the manifold.MathematicsSCI(E)5ARTICLE4419-4413
The notion of isoperimetric mass was introduced by Prof. Huisken about ten years ago, and it has dee...
We discuss the relation between the concentration of the Brown-York mass and the formation of trappe...
ABSTRACT. We prove a positive mass theorem for n-dimensional asymptotically flat manifolds with a no...
In this paper, we will study the limiting behavior of the Brown York mass of the coordinate spheres ...
We discuss some geometric problems related to the definitions of quasilocal mass proposed by Brown a...
In this paper, we obtain lower bounds for the Brown-York quasilocal mass and the Bartnik quasilocal ...
We prove rigidity results involving the Hawking mass for surfaces immersed in a 3‐dimensional, compl...
We prove rigidity results involving the Hawking mass for surfaces immersed in a 3-dimensional, compl...
The goal of this paper is to establish the existence of a foliation of the asymptotic region of an a...
We show that the mass of an asymptotically flat n-manifold is a geometric invariant. The proof is ba...
A number of fundamental results have been obtained in the mathematical theory of general relativity ...
In this thesis we calculate the Hawking mass numerically for surfaces in Kerr spacetime. The Hawking...
In this thesis we calculate the Hawking mass numerically for surfaces in Kerr spacetime. The Hawking...
In general relativity, the nature of mass is non-local. However, an appropriate def-inition of mass ...
We prove a simple, explicit formula for the mass of any asymp-totically locally Euclidean (ALE) Käh...
The notion of isoperimetric mass was introduced by Prof. Huisken about ten years ago, and it has dee...
We discuss the relation between the concentration of the Brown-York mass and the formation of trappe...
ABSTRACT. We prove a positive mass theorem for n-dimensional asymptotically flat manifolds with a no...
In this paper, we will study the limiting behavior of the Brown York mass of the coordinate spheres ...
We discuss some geometric problems related to the definitions of quasilocal mass proposed by Brown a...
In this paper, we obtain lower bounds for the Brown-York quasilocal mass and the Bartnik quasilocal ...
We prove rigidity results involving the Hawking mass for surfaces immersed in a 3‐dimensional, compl...
We prove rigidity results involving the Hawking mass for surfaces immersed in a 3-dimensional, compl...
The goal of this paper is to establish the existence of a foliation of the asymptotic region of an a...
We show that the mass of an asymptotically flat n-manifold is a geometric invariant. The proof is ba...
A number of fundamental results have been obtained in the mathematical theory of general relativity ...
In this thesis we calculate the Hawking mass numerically for surfaces in Kerr spacetime. The Hawking...
In this thesis we calculate the Hawking mass numerically for surfaces in Kerr spacetime. The Hawking...
In general relativity, the nature of mass is non-local. However, an appropriate def-inition of mass ...
We prove a simple, explicit formula for the mass of any asymp-totically locally Euclidean (ALE) Käh...
The notion of isoperimetric mass was introduced by Prof. Huisken about ten years ago, and it has dee...
We discuss the relation between the concentration of the Brown-York mass and the formation of trappe...
ABSTRACT. We prove a positive mass theorem for n-dimensional asymptotically flat manifolds with a no...