The kaon electromagnetic form factor is extracted from both components of the current: J(+) and J(-) with a pseudo-scalar coupling of the quarks to the meson. The pair production process does not contribute to J(+) in the Drell-Yan frame (q(+) = 0). However, the pair production process contribution is different from zero in J(-) and this contribution is necessary to keep the rotational symmetry properties of the current
We study the effects of the | qqq q\bar{q} component of the hadronic wave function on the descriptio...
The electromagnetic current of spin-1 composite particles does not transform properly under rotation...
In framework of Chiral Perturbation Theory with vector and axial-vector mesons we develop a model fo...
Numerical calculations are performed and compared to the experimental data for the electromagnetic f...
Numerical calculations are performed and compared to the experimental data for the electromagnetic f...
The kaon electromagnetic (e.m.) form factor is reviewed considering a light-front constituent quark ...
The electromagnetic form factor of the kaon meson is calculated in the light-cone formalism of the r...
The electromagnetic form factor of the pion is calculated in a pseudoscalar field theoretical model ...
The frame dependence of the pair-term contribution to the electromagnetic form factor of the pion is...
Abstract. The elastic and transition electromagnetic form factors of mesons are investigated within ...
A model is developed for electromagnetic form factors of the charged and neutral K-mesons. The forma...
The electromagnetic form factors of charged and neutral kaons are strongly constrained by their low-...
The pion electromagnetic form factor is calculated with a light-front quark model. The plus and minu...
The frame and scale dependence of the pair-term contribution to the electromagnetic form factor of a...
The Borel transform and resummed expression for the kaon electromagnetic form factor Fk(Q2) are obta...
We study the effects of the | qqq q\bar{q} component of the hadronic wave function on the descriptio...
The electromagnetic current of spin-1 composite particles does not transform properly under rotation...
In framework of Chiral Perturbation Theory with vector and axial-vector mesons we develop a model fo...
Numerical calculations are performed and compared to the experimental data for the electromagnetic f...
Numerical calculations are performed and compared to the experimental data for the electromagnetic f...
The kaon electromagnetic (e.m.) form factor is reviewed considering a light-front constituent quark ...
The electromagnetic form factor of the kaon meson is calculated in the light-cone formalism of the r...
The electromagnetic form factor of the pion is calculated in a pseudoscalar field theoretical model ...
The frame dependence of the pair-term contribution to the electromagnetic form factor of the pion is...
Abstract. The elastic and transition electromagnetic form factors of mesons are investigated within ...
A model is developed for electromagnetic form factors of the charged and neutral K-mesons. The forma...
The electromagnetic form factors of charged and neutral kaons are strongly constrained by their low-...
The pion electromagnetic form factor is calculated with a light-front quark model. The plus and minu...
The frame and scale dependence of the pair-term contribution to the electromagnetic form factor of a...
The Borel transform and resummed expression for the kaon electromagnetic form factor Fk(Q2) are obta...
We study the effects of the | qqq q\bar{q} component of the hadronic wave function on the descriptio...
The electromagnetic current of spin-1 composite particles does not transform properly under rotation...
In framework of Chiral Perturbation Theory with vector and axial-vector mesons we develop a model fo...