The complex-mass scheme applied to hadronic effective field theory is briefly introduced. Some conceptual issues and the application to the calculation of the one-loop corrections to the ρ-meson magnetic moment are discussed
AbstractThe vector form factor of the pion is calculated in the framework of chiral effective field ...
Perturbative calculations with unstable particles require the inclusion of their finite decay widths...
Effective Field theory is a powerful framework based on controlled expansions for problems with a na...
The complex-mass scheme applied to hadronic effective field theory is briefly introduced. Some conce...
AbstractWe consider a low-energy effective field theory of vector mesons and Goldstone bosons using ...
We discuss the application of the complex-mass scheme to multi-loop diagrams in hadronic effective f...
Perturbative calculations with unstable particles require the inclusion of their finite decay widths...
The magnetic moment of the ρ -meson is calculated in the framework of a low-energy effective field ...
The magnetic moment of the ρ -meson is calculated in the framework of a low-energy effective field t...
We investigate unitarity within the Complex-Mass Scheme, a convenient universal scheme for perturbat...
We investigate unitarity within the complex-mass scheme, a convenient universal scheme for perturbat...
The pole mass and width of the Delta resonance are calculated in the relativistic chiral effective f...
The pole mass and width of the Delta resonance are calculated in the relativistic chiral effective f...
Effective field theory provides a systematic approach to hadron physics and few-nucleon systems. It ...
The vector form factor of the pion is calculated in the framework of chiral effective field theory w...
AbstractThe vector form factor of the pion is calculated in the framework of chiral effective field ...
Perturbative calculations with unstable particles require the inclusion of their finite decay widths...
Effective Field theory is a powerful framework based on controlled expansions for problems with a na...
The complex-mass scheme applied to hadronic effective field theory is briefly introduced. Some conce...
AbstractWe consider a low-energy effective field theory of vector mesons and Goldstone bosons using ...
We discuss the application of the complex-mass scheme to multi-loop diagrams in hadronic effective f...
Perturbative calculations with unstable particles require the inclusion of their finite decay widths...
The magnetic moment of the ρ -meson is calculated in the framework of a low-energy effective field ...
The magnetic moment of the ρ -meson is calculated in the framework of a low-energy effective field t...
We investigate unitarity within the Complex-Mass Scheme, a convenient universal scheme for perturbat...
We investigate unitarity within the complex-mass scheme, a convenient universal scheme for perturbat...
The pole mass and width of the Delta resonance are calculated in the relativistic chiral effective f...
The pole mass and width of the Delta resonance are calculated in the relativistic chiral effective f...
Effective field theory provides a systematic approach to hadron physics and few-nucleon systems. It ...
The vector form factor of the pion is calculated in the framework of chiral effective field theory w...
AbstractThe vector form factor of the pion is calculated in the framework of chiral effective field ...
Perturbative calculations with unstable particles require the inclusion of their finite decay widths...
Effective Field theory is a powerful framework based on controlled expansions for problems with a na...
DOI
Add to ORKG