Add to ORKGAn expression for the electromagnetic form factor of the pion 1s derived by using the Veneziano amplitudes for rrrr-'nm and rrrr->rrA1 together with the field-current identity and current algebra. This model predicts v(;.~z)-=0.83 fm. It is also shown that A 1 decays into p and n mainly in the S wave
Abstract We study the pion electromagnetic form factor in the modulus squared dispersion relation, a...
AbstractWe calculate the electromagnetic form factor of the pion in lattice gauge theory. The non-pe...
The pionic contribution to the g−2 of the muon involves a certain integral over the modulus squared...
AbstractThe electromagnetic form factor of the pion is calculated in the “point-form” of relativisti...
We obtain the electromagnetic form factors of the γNΔ transition by analyzing recent pion-electropro...
We obtain the electromagnetic form factors of the γNΔ transition by analyzing recent pion-electropro...
CNRS RP 100 (210) / INIST-CNRS - Institut de l'Information Scientifique et TechniqueSIGLEFRFranc
The electromagnetic form factor of the pion is calculated in the "point-form" of relativistic quantu...
The electromagnetic form factor of the pion is calculated in the "point-form" of relativistic quantu...
The pion electromagnetic form factor is calculated in the space- and time-like regions from -10 (GeV...
A simple form of Veneziano type form factors is investigated and applied to Kwdecay form factors. Th...
We derive the lowest-order qq valence light-front wave function for the pion with Lz = 0 and |Lz| = ...
A ratio of lattice correlation functions is identified from which the pion form factor can be obtain...
We perform an analysis of the form factors that rule the structure-dependent amplitude in radiative ...
Recent data from high-statistics experiments that have measured the modulus of the pion electromagne...
Abstract We study the pion electromagnetic form factor in the modulus squared dispersion relation, a...
AbstractWe calculate the electromagnetic form factor of the pion in lattice gauge theory. The non-pe...
The pionic contribution to the g−2 of the muon involves a certain integral over the modulus squared...
AbstractThe electromagnetic form factor of the pion is calculated in the “point-form” of relativisti...
We obtain the electromagnetic form factors of the γNΔ transition by analyzing recent pion-electropro...
We obtain the electromagnetic form factors of the γNΔ transition by analyzing recent pion-electropro...
CNRS RP 100 (210) / INIST-CNRS - Institut de l'Information Scientifique et TechniqueSIGLEFRFranc
The electromagnetic form factor of the pion is calculated in the "point-form" of relativistic quantu...
The electromagnetic form factor of the pion is calculated in the "point-form" of relativistic quantu...
The pion electromagnetic form factor is calculated in the space- and time-like regions from -10 (GeV...
A simple form of Veneziano type form factors is investigated and applied to Kwdecay form factors. Th...
We derive the lowest-order qq valence light-front wave function for the pion with Lz = 0 and |Lz| = ...
A ratio of lattice correlation functions is identified from which the pion form factor can be obtain...
We perform an analysis of the form factors that rule the structure-dependent amplitude in radiative ...
Recent data from high-statistics experiments that have measured the modulus of the pion electromagne...
Abstract We study the pion electromagnetic form factor in the modulus squared dispersion relation, a...
AbstractWe calculate the electromagnetic form factor of the pion in lattice gauge theory. The non-pe...
The pionic contribution to the g−2 of the muon involves a certain integral over the modulus squared...