Positivity constraints are derived on pion-nucleon scattering amplitudes and their even-order derivatives inside the Mandelstam Triangle with the help of dispersion relations. Fairly interesting constraints are obtained on some of the low energy constants, by a combination of the chiral perturbation theory for heavy baryons and existing fitting results from available pion-nucleon phase shifts at intermediate energies
International audienceWe present positivity bounds, derived from the principles of analyticity, unit...
We show how the unitarized description of pion nucleon scattering within Heavy Baryon Chiral Perturb...
International audienceWe present positivity bounds, derived from the principles of analyticity, unit...
Pion–nucleon scattering is one of the most fundamental processes in nuclear and hadronic physics, wi...
Pion–nucleon scattering is one of the most fundamental processes in nuclear and hadronic physics, wi...
Positivity constraints on the pion–nucleon scattering amplitude are derived in this article with the...
Pion–nucleon scattering is one of the most fundamental processes in nuclear and hadronic physics, wi...
Low-energy pion–nucleon scattering is relevant for many areas in nuclear and hadronic physics, rangi...
Positivity constraints on the pion–nucleon scattering amplitude are derived in this article with the...
In the first part of the talk, I discussed the nature of the effective theory that describes the pro...
The first three chapters of this thesis have been devoted to the theoretical background. We presente...
Positivity constraints on the pion–nucleon scattering amplitude are derived in this article with the...
We determine the values of the one- and two-loop low energy constants appearing in the SU(2) Chiral ...
We show how the unitarized description of pion nucleon scattering within Heavy Baryon Chiral Perturb...
We show how the unitarized description of pion nucleon scattering within Heavy Baryon Chiral Perturb...
International audienceWe present positivity bounds, derived from the principles of analyticity, unit...
We show how the unitarized description of pion nucleon scattering within Heavy Baryon Chiral Perturb...
International audienceWe present positivity bounds, derived from the principles of analyticity, unit...
Pion–nucleon scattering is one of the most fundamental processes in nuclear and hadronic physics, wi...
Pion–nucleon scattering is one of the most fundamental processes in nuclear and hadronic physics, wi...
Positivity constraints on the pion–nucleon scattering amplitude are derived in this article with the...
Pion–nucleon scattering is one of the most fundamental processes in nuclear and hadronic physics, wi...
Low-energy pion–nucleon scattering is relevant for many areas in nuclear and hadronic physics, rangi...
Positivity constraints on the pion–nucleon scattering amplitude are derived in this article with the...
In the first part of the talk, I discussed the nature of the effective theory that describes the pro...
The first three chapters of this thesis have been devoted to the theoretical background. We presente...
Positivity constraints on the pion–nucleon scattering amplitude are derived in this article with the...
We determine the values of the one- and two-loop low energy constants appearing in the SU(2) Chiral ...
We show how the unitarized description of pion nucleon scattering within Heavy Baryon Chiral Perturb...
We show how the unitarized description of pion nucleon scattering within Heavy Baryon Chiral Perturb...
International audienceWe present positivity bounds, derived from the principles of analyticity, unit...
We show how the unitarized description of pion nucleon scattering within Heavy Baryon Chiral Perturb...
International audienceWe present positivity bounds, derived from the principles of analyticity, unit...