In this thesis, we consider the recent definition of gravitational energy at the quasi-local level provided by Mu-Tao Wang and Shing-Tung Yau. Their definition poses a variational question predicated on isometric embedding of Riemannian surfaces into the Minkowski space; as such, there is a naturally associated Euler-Lagrange equation, which is a fourth-order system of partial differential equations for the embedding functions. We prove a perturbation result for solutions of this Euler-Lagrange equation
AbstractWe study the formation of singularities of a 1D non-linear and non-local equation. We show t...
The problems of the tolal energy and quasilocalenergy density or an isolated spherically symmetric s...
Quasilocal definitions of stress-energy-momentum-that is, in the form of boundary densities (rather ...
We present a detailed examination of the variational principle for metric general relativity as appl...
In this work we investigate current research on quasilocal energy and conservation laws in general r...
Consider the definition E of quasilocal energy stemming from the Hamilton-Jacobi method as applied t...
The quasilocal energy of gravitational and matter fields in a spatially bounded region is obtained b...
We study the aspects of quasi-local energy associated with a $2-$surface $\Sigma$ bounding a space-l...
A key feature of the Brown-York definition of quasilocal energy is that, under local boosts of the f...
We study how the standard definitions of ADM mass and Brown-York quasi-local energy generalize to pu...
We propose a method to define and investigate finite size systems in general relativity in terms of...
Based on the quasi-local energy definition of Brown and York, we compute the integral of the trace o...
An unambiguous definition of gravitational energy remains one of the unresolved issues of physics to...
Equilibrium thermodynamic laws are typically applied to horizons in general relativity without stat...
The energy-momentum tensor for a particular matter component summarises its local energy-momentum di...
AbstractWe study the formation of singularities of a 1D non-linear and non-local equation. We show t...
The problems of the tolal energy and quasilocalenergy density or an isolated spherically symmetric s...
Quasilocal definitions of stress-energy-momentum-that is, in the form of boundary densities (rather ...
We present a detailed examination of the variational principle for metric general relativity as appl...
In this work we investigate current research on quasilocal energy and conservation laws in general r...
Consider the definition E of quasilocal energy stemming from the Hamilton-Jacobi method as applied t...
The quasilocal energy of gravitational and matter fields in a spatially bounded region is obtained b...
We study the aspects of quasi-local energy associated with a $2-$surface $\Sigma$ bounding a space-l...
A key feature of the Brown-York definition of quasilocal energy is that, under local boosts of the f...
We study how the standard definitions of ADM mass and Brown-York quasi-local energy generalize to pu...
We propose a method to define and investigate finite size systems in general relativity in terms of...
Based on the quasi-local energy definition of Brown and York, we compute the integral of the trace o...
An unambiguous definition of gravitational energy remains one of the unresolved issues of physics to...
Equilibrium thermodynamic laws are typically applied to horizons in general relativity without stat...
The energy-momentum tensor for a particular matter component summarises its local energy-momentum di...
AbstractWe study the formation of singularities of a 1D non-linear and non-local equation. We show t...
The problems of the tolal energy and quasilocalenergy density or an isolated spherically symmetric s...
Quasilocal definitions of stress-energy-momentum-that is, in the form of boundary densities (rather ...