In chiral perturbation theory, the leading-order contribution to reactions with pions in the sector of odd intrinsic parity is defined by the Wess-Zumino-Witten structure. This structure is supplemented by a simple vector-meson Lagrangian where the vector mesons are described by antisymmetric tensor fields. With the rho-omega-pion coupling as the only parameter in the sector of odd intrinsic parity, i.e. without additional contact terms, one can achieve a proper description of the single- and double-virtual pion transition form factor and the three-pion production in electron-positron collisions
The strong interactions of low-lying meson resonances (spin <= 1) with the octet of pseudoscalar mes...
Chiral perturbation theory is the effective field theory of the strong interactions at low energies....
Higher orders calculations of processes involving the pion and kaon pseudo-scalar mesons are present...
In chiral perturbation theory, the leading-order contribution to reactions with pions in the sector ...
In chiral perturbation theory, the leading-order contribution to reactions with pions in the sector ...
Aiming at a systematic inclusion of pseudoscalar and vector mesons as active degrees of freedom in a...
We analyse the most general odd-intrinsic-parity effective Lagrangian of QCD valid for processes inv...
The interaction of mesons with electromagnetism is often well described by the concept of vector-mes...
The interaction of mesons with electromagnetism is often well described by the concept of vector-mes...
The present status of Chiral Perturbation Theory in the meson sector is discussed concentrating on r...
We analyse the most general odd-intrinsic-parity effective lagrangian of QCD valid for processes inv...
In der vorliegenden Dissertation werden zwei verschiedene Aspekte des Sektors ungerader innerer Pari...
In der vorliegenden Dissertation werden zwei verschiedene Aspekte des Sektors ungerader innerer Pari...
We review the current status of ϱ-ω mixing and discuss its implication for our understanding of char...
The assumption that vector mesons dominate the interactions of hadrons with electromagnetism (vector...
The strong interactions of low-lying meson resonances (spin <= 1) with the octet of pseudoscalar mes...
Chiral perturbation theory is the effective field theory of the strong interactions at low energies....
Higher orders calculations of processes involving the pion and kaon pseudo-scalar mesons are present...
In chiral perturbation theory, the leading-order contribution to reactions with pions in the sector ...
In chiral perturbation theory, the leading-order contribution to reactions with pions in the sector ...
Aiming at a systematic inclusion of pseudoscalar and vector mesons as active degrees of freedom in a...
We analyse the most general odd-intrinsic-parity effective Lagrangian of QCD valid for processes inv...
The interaction of mesons with electromagnetism is often well described by the concept of vector-mes...
The interaction of mesons with electromagnetism is often well described by the concept of vector-mes...
The present status of Chiral Perturbation Theory in the meson sector is discussed concentrating on r...
We analyse the most general odd-intrinsic-parity effective lagrangian of QCD valid for processes inv...
In der vorliegenden Dissertation werden zwei verschiedene Aspekte des Sektors ungerader innerer Pari...
In der vorliegenden Dissertation werden zwei verschiedene Aspekte des Sektors ungerader innerer Pari...
We review the current status of ϱ-ω mixing and discuss its implication for our understanding of char...
The assumption that vector mesons dominate the interactions of hadrons with electromagnetism (vector...
The strong interactions of low-lying meson resonances (spin <= 1) with the octet of pseudoscalar mes...
Chiral perturbation theory is the effective field theory of the strong interactions at low energies....
Higher orders calculations of processes involving the pion and kaon pseudo-scalar mesons are present...