Add to ORKG<正> Starting from the Bethe-Salpeter equation, we study some general properties of the relativistic bound states of mesons, e.g. the symmetry between the 0~- and 1~- mesons, and the 0~- 1~- mass splitting. It is shown that the 0~-—1~- symmetry can be obtained if the interaction kernel transforms as ...101050-106
Studies of meson spectroscopy have often employed a nonrelativistic Coulomb plus Linear Confining po...
A relativistic quantum-field model based on analytic confinement is considered to ...
We have formulated a relativistic two-body equation for quark-antiquark bound states using the expan...
AbstractA systematic method of analysing Bethe–Salpeter equation using spectral representation for t...
Dual composite theory of many-meson amplitudes is applied to investigation of the Bethe-Salpeter (BS...
Two particles interacting by photon exchange, form the bound states predicted by the non-relativisti...
Within the formalism of relativistic quantum field theory an adequate framework for the description ...
A theory of hadron formation is presented, in which all observed hadrons are assumed to be relativis...
Bound q\bar q systems are studied in the framework of different 3-dimensional relativistic equations...
In this work, the molecular states from the \bar{K}^{*}\Sigma interaction are studied in a quasipote...
The spectra and wave functions of heavy–light mesons are calculated within a relativistic quark mode...
The formation and spectrum of two-particle bound states are investigated within a simple relativisti...
In this work, the $K\bar{K}^{\ast}$ interaction is studied in a quasipotential Bethe-Salpeter equati...
A new relativistic definition of the reduced mass (µ12) of a qq̅ pair, so as to be in conform...
The unequal-quark-mass problem of excited Λ and ∑ states is treated through a multichanne...
Studies of meson spectroscopy have often employed a nonrelativistic Coulomb plus Linear Confining po...
A relativistic quantum-field model based on analytic confinement is considered to ...
We have formulated a relativistic two-body equation for quark-antiquark bound states using the expan...
AbstractA systematic method of analysing Bethe–Salpeter equation using spectral representation for t...
Dual composite theory of many-meson amplitudes is applied to investigation of the Bethe-Salpeter (BS...
Two particles interacting by photon exchange, form the bound states predicted by the non-relativisti...
Within the formalism of relativistic quantum field theory an adequate framework for the description ...
A theory of hadron formation is presented, in which all observed hadrons are assumed to be relativis...
Bound q\bar q systems are studied in the framework of different 3-dimensional relativistic equations...
In this work, the molecular states from the \bar{K}^{*}\Sigma interaction are studied in a quasipote...
The spectra and wave functions of heavy–light mesons are calculated within a relativistic quark mode...
The formation and spectrum of two-particle bound states are investigated within a simple relativisti...
In this work, the $K\bar{K}^{\ast}$ interaction is studied in a quasipotential Bethe-Salpeter equati...
A new relativistic definition of the reduced mass (µ12) of a qq̅ pair, so as to be in conform...
The unequal-quark-mass problem of excited Λ and ∑ states is treated through a multichanne...
Studies of meson spectroscopy have often employed a nonrelativistic Coulomb plus Linear Confining po...
A relativistic quantum-field model based on analytic confinement is considered to ...
We have formulated a relativistic two-body equation for quark-antiquark bound states using the expan...