Add to ORKGA technique called analytic perturbation theory, which respects the required analytic properties, consistent with causality, is applied to the definition of the running coupling in the timelike region, to the description of inclusive of the renormalization scheme ambiguity. It is shown that in the region of a few GeV the results are rather different from those obtained in the ordinary perturbative description and are practically renormalization scheme independent
The cluster decomposition principle is used to derive Ward-Takahashi-like identities in QCD. Compari...
We propose the study of the phase transition in the scalar electroweak theory at finite temperature ...
The theory of resurgence connects high order terms of perturbative series to low order terms in non-...
The fields nonlinear modes quantization scheme is discussed. New form of the perturbation theory ach...
In these lectures we give a concise introduction to the ideas of renormalon calculus in QED and QCD....
We further develop the approach recently used to construct an analytic ghost-free model for the QCD ...
Using Mandelstam's approximation to the gluon Dyson-Schwinger equation = we calculate the gluon self...
The potential of a static quark-antiquark pair is studied in the range 0.05 fm $<$ r $<$ 0.8 fm, emp...
The equation of state for quark-gluon plasma is obtained, being valid for arbitrary values of the co...
A status report is presented on the large-volume simulations in the Schroedinger functional with two...
This thesis accounts for my research project in NSPT. From a technical point of view, it actually co...
We compute $\Lambda_{\bar{MS}}$ for two flavors of light dynamical quarks using non-perturbatively $...
A simple but effective method for regularization-renormalization (R-R) is proposed for handling the ...
We study the effect of next-to-leading order contributions on the phenomenon of symmetry non-restora...
Following the strategy developed by the ALPHA collaboration, we present a method to compute non-pert...
The cluster decomposition principle is used to derive Ward-Takahashi-like identities in QCD. Compari...
We propose the study of the phase transition in the scalar electroweak theory at finite temperature ...
The theory of resurgence connects high order terms of perturbative series to low order terms in non-...
The fields nonlinear modes quantization scheme is discussed. New form of the perturbation theory ach...
In these lectures we give a concise introduction to the ideas of renormalon calculus in QED and QCD....
We further develop the approach recently used to construct an analytic ghost-free model for the QCD ...
Using Mandelstam's approximation to the gluon Dyson-Schwinger equation = we calculate the gluon self...
The potential of a static quark-antiquark pair is studied in the range 0.05 fm $<$ r $<$ 0.8 fm, emp...
The equation of state for quark-gluon plasma is obtained, being valid for arbitrary values of the co...
A status report is presented on the large-volume simulations in the Schroedinger functional with two...
This thesis accounts for my research project in NSPT. From a technical point of view, it actually co...
We compute $\Lambda_{\bar{MS}}$ for two flavors of light dynamical quarks using non-perturbatively $...
A simple but effective method for regularization-renormalization (R-R) is proposed for handling the ...
We study the effect of next-to-leading order contributions on the phenomenon of symmetry non-restora...
Following the strategy developed by the ALPHA collaboration, we present a method to compute non-pert...
The cluster decomposition principle is used to derive Ward-Takahashi-like identities in QCD. Compari...
We propose the study of the phase transition in the scalar electroweak theory at finite temperature ...
The theory of resurgence connects high order terms of perturbative series to low order terms in non-...