We first review the various definition of the total energy in the gravitational system. The naive definition has some defects, and we review how to modify the definition of the total energy. Then we explicitly demonstrate how to calculate the total energy of the system. Our example is the total energy of a black hole in the expanding closed de Sitter universe in (2+1) dimension. In general, we find that the contribution to the total energy comes only from the singularity. Then we can calculate the total energy by evaluating the contribution around the singularity
We argue that part of 'dark matter' is not made of matter, but of the singular world lines and world...
AbstractWe examine a cosmological model with a dark energy density of the form ρDE(t)=ρX(t)+ρZ(t), w...
We present a spherically symmetric and static exact solution of Quantum Einstein Equations. This sol...
Static observers remain on Killing-vector world lines and measure the rest-mass+kinetic energies of ...
It is pointed out that in curved spacetime, one cannot define the sum of energy-momemtum 4-vector ov...
We define energy (E) and compute its values for gravitational systems involving terms quadratic in c...
We study gravitational properties of vacuum energy by erecting a geometry on the stress-energy tenso...
We reanalyze a binary pulsar system and show that the orbital period change rate can be completely u...
We explicitly show that, in the context of a recently proposed 2D dilaton gravity theory, energy con...
13th Regional Conference on Mathematical Physics; Antalya; Turkey; 27 October 2010 through 31 Octobe...
The Brane-World black hole models are investigated to evaluate their relative energy and momentum co...
We analyze the energy configuration of a charged black hole in the TeleparallelFramework of General ...
A covariant formula for conserved currents of energy, momentum and angular-momentum is derived from ...
We propose a novel but natural definition of conserved quantities for gravity models quadratic and h...
Starting from a spherically symmetric tetrad with three unknown functions of the radial coordinate, ...
We argue that part of 'dark matter' is not made of matter, but of the singular world lines and world...
AbstractWe examine a cosmological model with a dark energy density of the form ρDE(t)=ρX(t)+ρZ(t), w...
We present a spherically symmetric and static exact solution of Quantum Einstein Equations. This sol...
Static observers remain on Killing-vector world lines and measure the rest-mass+kinetic energies of ...
It is pointed out that in curved spacetime, one cannot define the sum of energy-momemtum 4-vector ov...
We define energy (E) and compute its values for gravitational systems involving terms quadratic in c...
We study gravitational properties of vacuum energy by erecting a geometry on the stress-energy tenso...
We reanalyze a binary pulsar system and show that the orbital period change rate can be completely u...
We explicitly show that, in the context of a recently proposed 2D dilaton gravity theory, energy con...
13th Regional Conference on Mathematical Physics; Antalya; Turkey; 27 October 2010 through 31 Octobe...
The Brane-World black hole models are investigated to evaluate their relative energy and momentum co...
We analyze the energy configuration of a charged black hole in the TeleparallelFramework of General ...
A covariant formula for conserved currents of energy, momentum and angular-momentum is derived from ...
We propose a novel but natural definition of conserved quantities for gravity models quadratic and h...
Starting from a spherically symmetric tetrad with three unknown functions of the radial coordinate, ...
We argue that part of 'dark matter' is not made of matter, but of the singular world lines and world...
AbstractWe examine a cosmological model with a dark energy density of the form ρDE(t)=ρX(t)+ρZ(t), w...
We present a spherically symmetric and static exact solution of Quantum Einstein Equations. This sol...