The main topic of this talk is the Hawking effect when the black holes in question are undergoing a uniform acceleration. The semiclassical effect of the acceleration is most striking when the Hawking temperature equals the acceleration temperature. Within the usual late-time approximation, the natural black hole vacuum is then equivalent to the asymptotically empty Minkowskian vacuum, and the accelerated black hole becomes semiclassically stable against the familiar thermal evaporation. An important application of this phenomenon is found in the problem of charged black hole pair-creation
This work explores the role of thermodynamic fluctuations in the two parameter Hawking radiating bla...
We study the radiation from a collision of black holes with equal and opposite linear momenta. Resul...
We analyze the quantum process in which a cosmic string breaks in a de Sitter (dS) background, and a...
Our understanding of black holes changed drastically, when Stephen Hawking discovered their evaporat...
The accelerated-mirror results are applied to a black hole. As a consequence the hole produces black...
Particle creation by a black hole is investigated in terms of temperature corrections to the Casimir...
Empirical justification of the Hawking effect is carried out by adaptation of quantum field flat-spa...
The results of various calculations of the Casimir effect and of the effect of particle creation by ...
AbstractBlack holes create a vacuum matter charge to protect themselves from the quantum evaporation...
In an attempt to understand the effects quantum mechanical processes will have in general relativity...
Particle creation by a black hole is described in terms of temperature corrections to the Casimir ef...
none2siInspired by a recent experiment by Steinhauer and co-workers, we present a simple model which...
We investigate the dynamical formation and evaporation of a spherically symmetric charged black hole...
Laser acceleration of electrons in laser fields of intensities above 1028 W/cm2 were found to be in ...
This work explores the role of thermodynamic fluctuations in the two parameter Hawking radiating bla...
We study the radiation from a collision of black holes with equal and opposite linear momenta. Resul...
We analyze the quantum process in which a cosmic string breaks in a de Sitter (dS) background, and a...
Our understanding of black holes changed drastically, when Stephen Hawking discovered their evaporat...
The accelerated-mirror results are applied to a black hole. As a consequence the hole produces black...
Particle creation by a black hole is investigated in terms of temperature corrections to the Casimir...
Empirical justification of the Hawking effect is carried out by adaptation of quantum field flat-spa...
The results of various calculations of the Casimir effect and of the effect of particle creation by ...
AbstractBlack holes create a vacuum matter charge to protect themselves from the quantum evaporation...
In an attempt to understand the effects quantum mechanical processes will have in general relativity...
Particle creation by a black hole is described in terms of temperature corrections to the Casimir ef...
none2siInspired by a recent experiment by Steinhauer and co-workers, we present a simple model which...
We investigate the dynamical formation and evaporation of a spherically symmetric charged black hole...
Laser acceleration of electrons in laser fields of intensities above 1028 W/cm2 were found to be in ...
This work explores the role of thermodynamic fluctuations in the two parameter Hawking radiating bla...
We study the radiation from a collision of black holes with equal and opposite linear momenta. Resul...
We analyze the quantum process in which a cosmic string breaks in a de Sitter (dS) background, and a...