The Covariant Spectator Theory is applied to the description of quarks and the pion. The dressed quark mass function is calculated dynamically in Minkowski space and used in the calculation of the pion electromagnetic form factor. The effects of the mass function on the pion form factor and the different quark-pole contributions to the triangle diagram are analyzed.FundaçãoparaaCiênciaeaTecnologia(FCT), U.S. Department of Energ
We present a model for the quark-antiquark interaction formulated in Minkowski space using the Covar...
We study the octet baryon electromagnetic properties by applying the covariant spectator quark model...
The structure of the pion wave function in the relativistic constituent quark model is investigated ...
We present a study of the dressed quark mass function and the pion structure in Minkowski space usin...
The pion electromagnetic form factor at spacelike momentum transfer is calculated in relativistic im...
We show that in the framework of the covariant spectator theory (CST), the equations for the quark a...
The pion form factor is calculated in the framework of the charge-conjugation invariant covariant sp...
We present the first results of a study on meson spectroscopy using a covariant formalism based on t...
The pion form factor is calculated in the framework of the charge-conjugation invariant covariant sp...
The pion form factor is calculated in the framework of the charge-conjugation invariant covariant sp...
The pion form factor is calculated in the framework of the charge-conjugation invariant covariant sp...
We use the covariant spectator theory with an effective quark-antiquark interaction, containing Lore...
We use the covariant spectator theory with an effective quark-antiquark interaction, containing Lore...
We show that all four of the nucleon form factors can be very well explained using the manifestly co...
We compute the Ω- electromagnetic form factors and the decuplet baryon magnetic moments using a quar...
We present a model for the quark-antiquark interaction formulated in Minkowski space using the Covar...
We study the octet baryon electromagnetic properties by applying the covariant spectator quark model...
The structure of the pion wave function in the relativistic constituent quark model is investigated ...
We present a study of the dressed quark mass function and the pion structure in Minkowski space usin...
The pion electromagnetic form factor at spacelike momentum transfer is calculated in relativistic im...
We show that in the framework of the covariant spectator theory (CST), the equations for the quark a...
The pion form factor is calculated in the framework of the charge-conjugation invariant covariant sp...
We present the first results of a study on meson spectroscopy using a covariant formalism based on t...
The pion form factor is calculated in the framework of the charge-conjugation invariant covariant sp...
The pion form factor is calculated in the framework of the charge-conjugation invariant covariant sp...
The pion form factor is calculated in the framework of the charge-conjugation invariant covariant sp...
We use the covariant spectator theory with an effective quark-antiquark interaction, containing Lore...
We use the covariant spectator theory with an effective quark-antiquark interaction, containing Lore...
We show that all four of the nucleon form factors can be very well explained using the manifestly co...
We compute the Ω- electromagnetic form factors and the decuplet baryon magnetic moments using a quar...
We present a model for the quark-antiquark interaction formulated in Minkowski space using the Covar...
We study the octet baryon electromagnetic properties by applying the covariant spectator quark model...
The structure of the pion wave function in the relativistic constituent quark model is investigated ...