The QED effective action at finite temperature and density is calculated to all orders in an external homogeneous and time-independent magnetic field in the weak coupling limit. The free energy, obtained explicitly, exhibit the expected de\ Haas -- van\ Alphen oscillations. An effective coupling at finite temperature and density is derived in a closed form and is compared with renormalization group results
This thesis contains a perturbative analysis of decay and scattering rates in finite temperature and...
In 2 + 1 dimensions, QED becomes exactly solvable for all values of the fermion charge e in the limi...
The method of the effective action for the composite operators $\Phi^2(x)$ and $\Phi^4(x)$ is applie...
In the present work we investigate temperature effects on the spinor and scalar effetive QED in the ...
We derive finite temperature expansions for relativistic fermion systems in the presence of backgrou...
The aim of this paper is to study finite temperature effects in effective quantum electrodynamics us...
We present, from first principles, a direct method for evaluating the exact fermion propagator in th...
We propose a novel method for the effective action of spinor and scalar QED at finite temperature in...
We propose a novel method for the effective action of spinor and scalar QED at finite temperature in...
This is a more detailed version of our recent paper where we proposed, from first principles, a dire...
In these notes we review some properties of Statistical Quantum Field Theory at equilibrium, i.e Qua...
This is a more detailed version of our recent paper where we proposed, from first principles, a dire...
QED is studied at low temperature ($T\ll m$, where $m$ is the electron mass) and zero chemical poten...
We present, from first principles, a direct method for evaluating the exact fermion propagator in th...
We present a systematic examination of finite temperature effects in quantum electrodynamics at one ...
This thesis contains a perturbative analysis of decay and scattering rates in finite temperature and...
In 2 + 1 dimensions, QED becomes exactly solvable for all values of the fermion charge e in the limi...
The method of the effective action for the composite operators $\Phi^2(x)$ and $\Phi^4(x)$ is applie...
In the present work we investigate temperature effects on the spinor and scalar effetive QED in the ...
We derive finite temperature expansions for relativistic fermion systems in the presence of backgrou...
The aim of this paper is to study finite temperature effects in effective quantum electrodynamics us...
We present, from first principles, a direct method for evaluating the exact fermion propagator in th...
We propose a novel method for the effective action of spinor and scalar QED at finite temperature in...
We propose a novel method for the effective action of spinor and scalar QED at finite temperature in...
This is a more detailed version of our recent paper where we proposed, from first principles, a dire...
In these notes we review some properties of Statistical Quantum Field Theory at equilibrium, i.e Qua...
This is a more detailed version of our recent paper where we proposed, from first principles, a dire...
QED is studied at low temperature ($T\ll m$, where $m$ is the electron mass) and zero chemical poten...
We present, from first principles, a direct method for evaluating the exact fermion propagator in th...
We present a systematic examination of finite temperature effects in quantum electrodynamics at one ...
This thesis contains a perturbative analysis of decay and scattering rates in finite temperature and...
In 2 + 1 dimensions, QED becomes exactly solvable for all values of the fermion charge e in the limi...
The method of the effective action for the composite operators $\Phi^2(x)$ and $\Phi^4(x)$ is applie...