It is shown that in quantum gravity at finite temperature, the effective potential evaluated in the tadpole approximation can have a local minimum below a certain critical temperature. However, when the leading higher order thermal loop corrections are included, one finds that no static solution exists at high temperature. (C) 2008 Elsevier B.V. All rights reserved
We examine, in the imaginary-time formalism, the high temperature behavior of n-point thermal loops ...
In the saddle point approximation, the Euclidean path integral for quantum gravity closely resembles...
Finite-temperature corrections to the effective potential and the energy-momentum tensor of a scalar...
It is shown that in quantum gravity at finite temperature, the effective potential evaluated in the ...
AbstractColeman–Weinberg (CW) phenomena for the case of gravitons minimally coupled to massless scal...
Coleman–Weinberg (CW) phenomena for the case of gravitons minimally coupled to massless scalar field...
Abstract: In this paper we revisit and update the computation of thermal corrections to the stabilit...
Gravitons are described by the propagator in teleparallel gravity in nearly flat space-time. Finite ...
We study the Yang-Mills theory and quantum gravity at finite temperature, in the presence of La-gran...
Many compactifications of higher-dimensional supersymmetric theories have approximate vacuum degener...
We study the effect of thermal corrections on the evolution of moduli in effective Supergravity mode...
We study the question of stability of the ground state of a scalar theory which is a generalization ...
International audienceBuilding on the idea of Tolman and Ehrenfest that heat has weight, Luttinger e...
It is shown how quantum field theory at finite temperature can be used to set up self-consistent and...
In this paper we compute the effective Lagrangian of static gravitational fields interacting with th...
We examine, in the imaginary-time formalism, the high temperature behavior of n-point thermal loops ...
In the saddle point approximation, the Euclidean path integral for quantum gravity closely resembles...
Finite-temperature corrections to the effective potential and the energy-momentum tensor of a scalar...
It is shown that in quantum gravity at finite temperature, the effective potential evaluated in the ...
AbstractColeman–Weinberg (CW) phenomena for the case of gravitons minimally coupled to massless scal...
Coleman–Weinberg (CW) phenomena for the case of gravitons minimally coupled to massless scalar field...
Abstract: In this paper we revisit and update the computation of thermal corrections to the stabilit...
Gravitons are described by the propagator in teleparallel gravity in nearly flat space-time. Finite ...
We study the Yang-Mills theory and quantum gravity at finite temperature, in the presence of La-gran...
Many compactifications of higher-dimensional supersymmetric theories have approximate vacuum degener...
We study the effect of thermal corrections on the evolution of moduli in effective Supergravity mode...
We study the question of stability of the ground state of a scalar theory which is a generalization ...
International audienceBuilding on the idea of Tolman and Ehrenfest that heat has weight, Luttinger e...
It is shown how quantum field theory at finite temperature can be used to set up self-consistent and...
In this paper we compute the effective Lagrangian of static gravitational fields interacting with th...
We examine, in the imaginary-time formalism, the high temperature behavior of n-point thermal loops ...
In the saddle point approximation, the Euclidean path integral for quantum gravity closely resembles...
Finite-temperature corrections to the effective potential and the energy-momentum tensor of a scalar...