We derive the lowest-order qq valence light-front wave function for the pion with Lz = 0 and |Lz| = 1, which reproduces its valence parton distribution and the electromagnetic form factor consistent with data
The simultaneous investigation of the pion electromagnetic form factor in the space- and timelike re...
AbstractWithin the Dyson–Schwinger equation formulation of QCD, a rainbow ladder truncation is used ...
A ratio of lattice correlation functions is identified from which the pion form factor can be obtain...
International audienceWe present a light-front model calculation of the pion parton distribution fun...
International audienceWe developed a model for the pion light-front wave function (LFWF) that incorp...
The pion electromagnetic form factor is calculated with a light-front quark model. The plus and minu...
In this contribution, an approach for a unified description of the pion electromagnetic form factor,...
The electromagnetic form factor of the pion is calculated in a pseudoscalar field theoretical model ...
The pion electromagnetic form factor is calculated in the space- and time-like regions from -10 (GeV...
The structure of the pion wave function in the relativistic constituent quark model is investigated ...
We present a study of the pion structure in the context of the AdS/QCD soft-wall model. This approac...
We present preliminary results from the first calculation of the pion electromagnetic form factor at...
The pion electromagnetic form factor has been calculated for the first time from the solutions of th...
The low-energy and high-energy behavior of the pion–photon transition form factor $$F_{\pi \gamma }(...
We study the pion electromagnetic form factor in the modulus squared dispersion relation, and do the...
The simultaneous investigation of the pion electromagnetic form factor in the space- and timelike re...
AbstractWithin the Dyson–Schwinger equation formulation of QCD, a rainbow ladder truncation is used ...
A ratio of lattice correlation functions is identified from which the pion form factor can be obtain...
International audienceWe present a light-front model calculation of the pion parton distribution fun...
International audienceWe developed a model for the pion light-front wave function (LFWF) that incorp...
The pion electromagnetic form factor is calculated with a light-front quark model. The plus and minu...
In this contribution, an approach for a unified description of the pion electromagnetic form factor,...
The electromagnetic form factor of the pion is calculated in a pseudoscalar field theoretical model ...
The pion electromagnetic form factor is calculated in the space- and time-like regions from -10 (GeV...
The structure of the pion wave function in the relativistic constituent quark model is investigated ...
We present a study of the pion structure in the context of the AdS/QCD soft-wall model. This approac...
We present preliminary results from the first calculation of the pion electromagnetic form factor at...
The pion electromagnetic form factor has been calculated for the first time from the solutions of th...
The low-energy and high-energy behavior of the pion–photon transition form factor $$F_{\pi \gamma }(...
We study the pion electromagnetic form factor in the modulus squared dispersion relation, and do the...
The simultaneous investigation of the pion electromagnetic form factor in the space- and timelike re...
AbstractWithin the Dyson–Schwinger equation formulation of QCD, a rainbow ladder truncation is used ...
A ratio of lattice correlation functions is identified from which the pion form factor can be obtain...
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