AbstractWe investigate the ground state energies of neutral pseudoscalar and vector meson in SU(3) lattice gauge theory in the strong abelian magnetic field. The energy of ρ0 meson with zero spin projection sz=0 on the axis of the external magnetic field decreases, while the energies with non-zero spins sz=−1 and +1 increase with the field. The energy of π0 meson decreases as a function of the magnetic field. We calculate the magnetic polarizabilities of pseudoscalar and vector mesons for lattice volume 184. For ρ0 with spin |sz|=1 and π0 meson the polarizabilities in the continuum limit have been evaluated. We do not observe any evidence in favour of tachyonic mode existence
We present a calculation of hadron magnetic polarizability using the techniques of lattice QCD. This...
Chiral perturbation theory makes definitive predictions for the extrinsic behavior of hadrons in ext...
Spin polarizabilities provide information on the internal structure of hadrons in the presence of we...
We investigate the ground state energies of neutral pseudoscalar and vector meson in SU(3)SU(3) latt...
AbstractWe investigate the ground state energies of neutral pseudoscalar and vector meson in SU(3) l...
We explore the energy dependence of neutral and charge pions of the background constant abelian magn...
Study of the ground state energies of neutral and charged vector meson was performed in SU(3) lattic...
Study of the ground state energies of neutral and charged vector meson was performed in SU(3) lattic...
Abstract We investigate the ground state energies of vector ρ ± and K ±∗ mesons depending on the mag...
AbstractWe explore the energy dependence of π mesons off the background Abelian magnetic field on th...
Study of the ground state energies of neutral and charged vector meson was performed in SU(3) lattic...
Abstract The magnetic dipole polarizabilities of the vector ρ 0 and ρ ± mesons in SU(3) pure gauge t...
We calculate the correlators of vector and axial currents in external strong abelian magnetic field ...
AbstractWe calculated correlators of vector, axial and pseudoscalar currents in external strong abel...
We have explored the response of the charged vector mesons on the external magnetic field. The g-fac...
We present a calculation of hadron magnetic polarizability using the techniques of lattice QCD. This...
Chiral perturbation theory makes definitive predictions for the extrinsic behavior of hadrons in ext...
Spin polarizabilities provide information on the internal structure of hadrons in the presence of we...
We investigate the ground state energies of neutral pseudoscalar and vector meson in SU(3)SU(3) latt...
AbstractWe investigate the ground state energies of neutral pseudoscalar and vector meson in SU(3) l...
We explore the energy dependence of neutral and charge pions of the background constant abelian magn...
Study of the ground state energies of neutral and charged vector meson was performed in SU(3) lattic...
Study of the ground state energies of neutral and charged vector meson was performed in SU(3) lattic...
Abstract We investigate the ground state energies of vector ρ ± and K ±∗ mesons depending on the mag...
AbstractWe explore the energy dependence of π mesons off the background Abelian magnetic field on th...
Study of the ground state energies of neutral and charged vector meson was performed in SU(3) lattic...
Abstract The magnetic dipole polarizabilities of the vector ρ 0 and ρ ± mesons in SU(3) pure gauge t...
We calculate the correlators of vector and axial currents in external strong abelian magnetic field ...
AbstractWe calculated correlators of vector, axial and pseudoscalar currents in external strong abel...
We have explored the response of the charged vector mesons on the external magnetic field. The g-fac...
We present a calculation of hadron magnetic polarizability using the techniques of lattice QCD. This...
Chiral perturbation theory makes definitive predictions for the extrinsic behavior of hadrons in ext...
Spin polarizabilities provide information on the internal structure of hadrons in the presence of we...