When the theory of Quantum Chromodynamics was introduced, it was to explain the observed phenomena of quark confinement and scaling. It was then discovered that the emergence of instantons is an essential consequence of this theory. This led to unanticipated explanations not only for the anomalously high masses of the $eta$ and the $eta'$ particles, but also for the remarkable differences that had been observed in the mixing angles for the pseudoscalar mesons and the vector mesons
AbstractThe instanton interaction in QCD generates an effective potential for scalar quark–antiquark...
We present the new developments in the physics of XYZ mesons and glueballs and discuss the connectio...
Published 24 November 2015The role of instanton-like objects in the QCD vacuum on the mass spectrum ...
The non-Abelian nature of quantum chromodynamics means the vacuum cannot be treated as devoid of str...
We investigate the relevance of the instanton-induced determinantal 't Hooft interaction to the eta-...
Instantons, or pseudoparticles, are solutions to the equations of motion in classical field theories...
The tetramixing of pseudoscalar mesons pi-eta-eta'-eta(c) and vector mesons omega-rho-phi-J/psi...
The effects of the effective determinantial interaction on the exotic meson (Q'Q') mass sp...
We provide a brief review of recent progress in the study of mesons using QCD's Dyson-Schwinger...
Instantons, or pseudoparticles, are solutions to the equations of motion in classical field theories...
Exclusive processes are traditionally described by perturbative hard blocks and “distribution amplit...
In superdense matter it is generally believed that hadrons will lose their individuality and, instea...
The gauge theory for strong interactions, QCD, has an apparent U(1) symmetry that is not realized in...
If instantons are introduced into the MIT bag model in such a way that bag radii are allowed to vary...
It is well known that the instanton approach to QCD generates an effective term which looks like a t...
AbstractThe instanton interaction in QCD generates an effective potential for scalar quark–antiquark...
We present the new developments in the physics of XYZ mesons and glueballs and discuss the connectio...
Published 24 November 2015The role of instanton-like objects in the QCD vacuum on the mass spectrum ...
The non-Abelian nature of quantum chromodynamics means the vacuum cannot be treated as devoid of str...
We investigate the relevance of the instanton-induced determinantal 't Hooft interaction to the eta-...
Instantons, or pseudoparticles, are solutions to the equations of motion in classical field theories...
The tetramixing of pseudoscalar mesons pi-eta-eta'-eta(c) and vector mesons omega-rho-phi-J/psi...
The effects of the effective determinantial interaction on the exotic meson (Q'Q') mass sp...
We provide a brief review of recent progress in the study of mesons using QCD's Dyson-Schwinger...
Instantons, or pseudoparticles, are solutions to the equations of motion in classical field theories...
Exclusive processes are traditionally described by perturbative hard blocks and “distribution amplit...
In superdense matter it is generally believed that hadrons will lose their individuality and, instea...
The gauge theory for strong interactions, QCD, has an apparent U(1) symmetry that is not realized in...
If instantons are introduced into the MIT bag model in such a way that bag radii are allowed to vary...
It is well known that the instanton approach to QCD generates an effective term which looks like a t...
AbstractThe instanton interaction in QCD generates an effective potential for scalar quark–antiquark...
We present the new developments in the physics of XYZ mesons and glueballs and discuss the connectio...
Published 24 November 2015The role of instanton-like objects in the QCD vacuum on the mass spectrum ...