We claim that experimental meson spectroscopy now requires the existence of constituent gluons. Drawing from several models, we study the number of mesons with given quantum numbers that can be expected in a given mass range, concentrating on pseudoscalars below 2 GeV. Counting only quark-antiquark states gives fewer mesons than are now seen, but including gluon degrees of freedom so that glueballs and hybrid states are allowed remedies this situation
Mesons are the most fundamental objects allowing a study of quark and gluon confinement and, more ge...
Abstract.We perform a glueball-relevant study on isoscalars based on anisotropic Nf = 2 lattice QCD ...
Quantum chromodynamics (QCD) is the modern theory of strong interactions. Quarks and antiquarks inte...
The spectrum of bound states of gluons is discussed within the MIT bag model. We argue that (1) cont...
. Experimental evidence has become strong for an exotic, non-¯qq resonance at 1400 MeV with J PC =...
Glueballs represent a key requirement of quantum chromodynamics as a non-Abelian field theory. Their...
The pseudoscalar mesons with the masses higher than 1 GeV are assumed to belong to the meson decuple...
The possibility that gluonic excitations of hadronic matter or of the QCD vacuum may exist is perhap...
The spectrum of bound states of gluons is discussed within the MIT bag model. We argue that (1) cont...
Lattice gauge calculations predict the existence of glueballs. In particular a scalar glueball is fi...
The possibility that gluonic excitations of hadronic matter or of the QCD vacuum may exist is perhap...
This compact review about gluonium focuses on a slate of theoretical efforts; among the many standin...
We study the vacuum properties of the pseudoscalar glueball and charmed mesons by using the so-calle...
In recent years, several new mesons have been discovered which are candidates for being exotic state...
A comparative survey of established meson states with the predictions of a q anti q (quarkonium) mod...
Mesons are the most fundamental objects allowing a study of quark and gluon confinement and, more ge...
Abstract.We perform a glueball-relevant study on isoscalars based on anisotropic Nf = 2 lattice QCD ...
Quantum chromodynamics (QCD) is the modern theory of strong interactions. Quarks and antiquarks inte...
The spectrum of bound states of gluons is discussed within the MIT bag model. We argue that (1) cont...
. Experimental evidence has become strong for an exotic, non-¯qq resonance at 1400 MeV with J PC =...
Glueballs represent a key requirement of quantum chromodynamics as a non-Abelian field theory. Their...
The pseudoscalar mesons with the masses higher than 1 GeV are assumed to belong to the meson decuple...
The possibility that gluonic excitations of hadronic matter or of the QCD vacuum may exist is perhap...
The spectrum of bound states of gluons is discussed within the MIT bag model. We argue that (1) cont...
Lattice gauge calculations predict the existence of glueballs. In particular a scalar glueball is fi...
The possibility that gluonic excitations of hadronic matter or of the QCD vacuum may exist is perhap...
This compact review about gluonium focuses on a slate of theoretical efforts; among the many standin...
We study the vacuum properties of the pseudoscalar glueball and charmed mesons by using the so-calle...
In recent years, several new mesons have been discovered which are candidates for being exotic state...
A comparative survey of established meson states with the predictions of a q anti q (quarkonium) mod...
Mesons are the most fundamental objects allowing a study of quark and gluon confinement and, more ge...
Abstract.We perform a glueball-relevant study on isoscalars based on anisotropic Nf = 2 lattice QCD ...
Quantum chromodynamics (QCD) is the modern theory of strong interactions. Quarks and antiquarks inte...