We present the calculations on deriving constraints between the Wilson coefficients in non-relativistic quantum chromodynamics and potential non-relativistic quantum chromodynamics by exploiting the symmetry of its fundamental theory, Poincaré invariance in particular. Implications of the constraints are briefly discussed in the context of the effective string theory
We present our calculation of the non-relativistic corrections to the heavy quark-antiquark potentia...
Aiming to understand the most fundamental principles of nature one has to approach the highest possi...
We construct the effective Lagrangian describing the low energy excitations for quantum chromodynami...
56 pagesInternational audienceWe investigate how fields transform under the Poincar\'e group in nonr...
We discuss Poincare' invariance in the context of non-relativistic effective field theories of QCD. ...
We propose a new scheme for the use of constraints in setting up classical, Hamiltonian, relativisti...
This approximation is not unique in general, but it is strongly constrained by requiring that Poinca...
We establish the Poincaré invariance of anomalous gauge theories in two dimensions, for both the Abe...
We establish the Poincaré invariance of anomalous gauge theories in two dimensions, for both the Ab...
In this thesis we discussed the fundamental consistency conditions that Wilson coefficients must re...
We present a systematic framework for noncommutative (NC) QFT within the new concept of relativistic...
The purpose of this book is to give a systematic pedagogical exposition of the quantitative analysis...
11 pagesWe study the consequences of twisting the Poincare invariance in a quantum field theory. Fir...
We derive positivity bounds on EFT coefficients in theories where boosts are spontaneously broken. W...
We discuss the formalism involved in relating QCD calculations to experimental results in the deep i...
We present our calculation of the non-relativistic corrections to the heavy quark-antiquark potentia...
Aiming to understand the most fundamental principles of nature one has to approach the highest possi...
We construct the effective Lagrangian describing the low energy excitations for quantum chromodynami...
56 pagesInternational audienceWe investigate how fields transform under the Poincar\'e group in nonr...
We discuss Poincare' invariance in the context of non-relativistic effective field theories of QCD. ...
We propose a new scheme for the use of constraints in setting up classical, Hamiltonian, relativisti...
This approximation is not unique in general, but it is strongly constrained by requiring that Poinca...
We establish the Poincaré invariance of anomalous gauge theories in two dimensions, for both the Abe...
We establish the Poincaré invariance of anomalous gauge theories in two dimensions, for both the Ab...
In this thesis we discussed the fundamental consistency conditions that Wilson coefficients must re...
We present a systematic framework for noncommutative (NC) QFT within the new concept of relativistic...
The purpose of this book is to give a systematic pedagogical exposition of the quantitative analysis...
11 pagesWe study the consequences of twisting the Poincare invariance in a quantum field theory. Fir...
We derive positivity bounds on EFT coefficients in theories where boosts are spontaneously broken. W...
We discuss the formalism involved in relating QCD calculations to experimental results in the deep i...
We present our calculation of the non-relativistic corrections to the heavy quark-antiquark potentia...
Aiming to understand the most fundamental principles of nature one has to approach the highest possi...
We construct the effective Lagrangian describing the low energy excitations for quantum chromodynami...
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