The entropy S of the horizon $theta = pi/2$ of the Hawking wormhole written in spherical Rindler coordinates is computed in this letter. Using Padmanabhan's prescription,we found that the surface gravity of the horizon equals the proper acceleration of the Rindler observer. S is a monotonic function of the radial coordinate $xi$ and vanishes when $xi$ equals the Planck length
A general ansatz for gravitational entropy can be provided using the criterion that any patch of are...
International audienceThe presence of a horizon is the principal marker for black holes as they appe...
The surface Hamiltonian corresponding to the surface part of a gravitational action has xp structure...
We compute the gravitational entropy of “spherical Rindler space”, a time-dependent, spherically sym...
AbstractFinite entropy and energy are obtained for the horizon of a Rindler observer on the grounds ...
I provide a general proof of the conjecture that one can attribute an entropy to the area of {\it an...
Pure thermodynamical considerations to describe the entropic evolution of the universe seem to viola...
I provide a general proof of the conjecture that one can attribute an entropy to the area of any hor...
Schwarzschild black holes are approached by Rindler spacetimes ${\cal R}$ imaged by a quadratic map ...
We provide two novel ways to compute the surface gravity ($$\kappa $$) and the Hawking temperature $...
Thermal properties of a static horizon (like the entropy S, heat content TS, etc.) can be obtained e...
We consider spherically symmetric spacetimes with an outer trapping horizon. Such spacetimes are gen...
We conjecture a time dependent Lambda(t), in terms of the Gaussian curvature of the causal horizon, ...
Considered is the class of metrics which can be obtained from nonextreme black holes by expanding ne...
Hawking radiation from a black hole can be viewed as quantum tunneling of particles through the even...
A general ansatz for gravitational entropy can be provided using the criterion that any patch of are...
International audienceThe presence of a horizon is the principal marker for black holes as they appe...
The surface Hamiltonian corresponding to the surface part of a gravitational action has xp structure...
We compute the gravitational entropy of “spherical Rindler space”, a time-dependent, spherically sym...
AbstractFinite entropy and energy are obtained for the horizon of a Rindler observer on the grounds ...
I provide a general proof of the conjecture that one can attribute an entropy to the area of {\it an...
Pure thermodynamical considerations to describe the entropic evolution of the universe seem to viola...
I provide a general proof of the conjecture that one can attribute an entropy to the area of any hor...
Schwarzschild black holes are approached by Rindler spacetimes ${\cal R}$ imaged by a quadratic map ...
We provide two novel ways to compute the surface gravity ($$\kappa $$) and the Hawking temperature $...
Thermal properties of a static horizon (like the entropy S, heat content TS, etc.) can be obtained e...
We consider spherically symmetric spacetimes with an outer trapping horizon. Such spacetimes are gen...
We conjecture a time dependent Lambda(t), in terms of the Gaussian curvature of the causal horizon, ...
Considered is the class of metrics which can be obtained from nonextreme black holes by expanding ne...
Hawking radiation from a black hole can be viewed as quantum tunneling of particles through the even...
A general ansatz for gravitational entropy can be provided using the criterion that any patch of are...
International audienceThe presence of a horizon is the principal marker for black holes as they appe...
The surface Hamiltonian corresponding to the surface part of a gravitational action has xp structure...