Add to ORKGIt has long been textbook ’knowledge ’ that quarks and gluons exist exclusively inside of hadrons and glueballs because of colour confinement. However the SU(N) group contains N − 1 Abelian generators. We argue that since the Abelian components of the gluon field can be meaningfully isolated by the Cho-Faddeev-Niemi-Shabanov decomposition, the corresponding gluon excitations are physical entities of neutral colour charge that can propagate freely. Their mass can be estimated on dimensional grounds and is similar to the pion mass
The quark model contains many-gluon degrees of freedom in the form of a colour-dielectric field χ an...
A comparison of two appropriately chosen screening masses of color singlet operators in the pure glu...
When several identical colour charges appear in gluon cascades, problems arise in describing the con...
It has long been textbook 'knowledge' that quarks and gluons exist exclusively inside of hadrons and...
We study a model of quark confinement defined by the vanishing of colour currents. The model is show...
We show that color confinement is a direct result of the nonabelian, i.e. nonlinear, nature of the c...
We show how to calculate the effective potential of SU(3) QCD which tells that the true minimum is g...
We demonstrate the monopole condensation in QCD using the Abelian decomposition. The Abelian decompo...
In this thesis, we perform the lattice QCD analysis via the energy-momentum component of gluons. By ...
AbstractWe investigate the relationship between colour confinement and the gauge independent Cho–Dua...
Arguments are given that support the interpretation of the lattice QCD glueball and gluelump spectra...
It is proven that if quantum Yang-Mills with compact simple gauge group $G=SU(3)$ exists on $R^4$, t...
Using a simple relativistic QFT model of scalar fields we demonstrate that the analytic confinement ...
It is pointed out that there are several advantages in abstracting properties of hadrons and their c...
A scaled SU(3) Nambu-Jona-Lasinio Lagrangian is used to compute the mass of the nine scalar mesons i...
The quark model contains many-gluon degrees of freedom in the form of a colour-dielectric field χ an...
A comparison of two appropriately chosen screening masses of color singlet operators in the pure glu...
When several identical colour charges appear in gluon cascades, problems arise in describing the con...
It has long been textbook 'knowledge' that quarks and gluons exist exclusively inside of hadrons and...
We study a model of quark confinement defined by the vanishing of colour currents. The model is show...
We show that color confinement is a direct result of the nonabelian, i.e. nonlinear, nature of the c...
We show how to calculate the effective potential of SU(3) QCD which tells that the true minimum is g...
We demonstrate the monopole condensation in QCD using the Abelian decomposition. The Abelian decompo...
In this thesis, we perform the lattice QCD analysis via the energy-momentum component of gluons. By ...
AbstractWe investigate the relationship between colour confinement and the gauge independent Cho–Dua...
Arguments are given that support the interpretation of the lattice QCD glueball and gluelump spectra...
It is proven that if quantum Yang-Mills with compact simple gauge group $G=SU(3)$ exists on $R^4$, t...
Using a simple relativistic QFT model of scalar fields we demonstrate that the analytic confinement ...
It is pointed out that there are several advantages in abstracting properties of hadrons and their c...
A scaled SU(3) Nambu-Jona-Lasinio Lagrangian is used to compute the mass of the nine scalar mesons i...
The quark model contains many-gluon degrees of freedom in the form of a colour-dielectric field χ an...
A comparison of two appropriately chosen screening masses of color singlet operators in the pure glu...
When several identical colour charges appear in gluon cascades, problems arise in describing the con...