Add to ORKGThe evolution of six-quark color-singlet state distribution amplitudes is formulated as an application of perturbative quantum chromodynamics to nuclear wave functions. We present a general method of solving the evolution equation for multiquark bound states and predict the asymptotic Q/sup 2/ slope for the deuteron charge form factor as a result
We embark on systematic explorations of the behaviour of tetraquark mesons, i.e., colour-singlet bou...
Within the Standard Model of particle physics, Quantum Chromodynamics (QCD) de-scribes the strong in...
Quantum Chromo-Dynamics (QCD) is now well established as the theory for strong interaction of quarks...
In this paper, we study the 0+ nonet mesons as tetraquark states with interpolating currents inspire...
I review some selected aspects of the phenomenology of multiquark states discovered in high energy e...
The quark sector of Coulomb gauge quantum chromodynamics is considered within the functional integra...
Using a color-dependent harmonic-oscillator quark-quark interaction incorporating the saturation pro...
We examine the color SU(3) dynamics of q(4)(q) over bar system, i.e. of the pentaquark. First we stu...
We present a comprehensive study of the decay width of multiquark states containing different color ...
review some selected aspects of the phenomenology of multiquark states discovered in high energy exp...
The recent reported charmed-strange resonance at 2.32 GeV/c suggests a possible multiquark state. Th...
The underlying link between hadronic phenomena in quantum chromodynamics at large and small distance...
A fully relativistic bound-state equation is used to study the spectra (and leptonic widths) of char...
International audienceScrutinizing the scattering of ordinarymesons in the limiting case of the numb...
Hidden-color configurations are a key prediction of QCD with important physical consequences. In thi...
We embark on systematic explorations of the behaviour of tetraquark mesons, i.e., colour-singlet bou...
Within the Standard Model of particle physics, Quantum Chromodynamics (QCD) de-scribes the strong in...
Quantum Chromo-Dynamics (QCD) is now well established as the theory for strong interaction of quarks...
In this paper, we study the 0+ nonet mesons as tetraquark states with interpolating currents inspire...
I review some selected aspects of the phenomenology of multiquark states discovered in high energy e...
The quark sector of Coulomb gauge quantum chromodynamics is considered within the functional integra...
Using a color-dependent harmonic-oscillator quark-quark interaction incorporating the saturation pro...
We examine the color SU(3) dynamics of q(4)(q) over bar system, i.e. of the pentaquark. First we stu...
We present a comprehensive study of the decay width of multiquark states containing different color ...
review some selected aspects of the phenomenology of multiquark states discovered in high energy exp...
The recent reported charmed-strange resonance at 2.32 GeV/c suggests a possible multiquark state. Th...
The underlying link between hadronic phenomena in quantum chromodynamics at large and small distance...
A fully relativistic bound-state equation is used to study the spectra (and leptonic widths) of char...
International audienceScrutinizing the scattering of ordinarymesons in the limiting case of the numb...
Hidden-color configurations are a key prediction of QCD with important physical consequences. In thi...
We embark on systematic explorations of the behaviour of tetraquark mesons, i.e., colour-singlet bou...
Within the Standard Model of particle physics, Quantum Chromodynamics (QCD) de-scribes the strong in...
Quantum Chromo-Dynamics (QCD) is now well established as the theory for strong interaction of quarks...