We investigate the electromagnetic form factors of the rho meson in light cone QCD sum rules. We find that the ratio of the magnetic and charge form factors is larger than 2 at all values of Q(2), (Q(2)greater than or equal to0.5 GeV2). The values of the individual form factors at fixed values of Q(2) predicted by the light cone QCD sum rules are quite different compared to the results of other approaches. These results can be checked in the future, when more precise data on rho meson form factors is available
The magnetic dipole G(M)(Q(2)), electric quadrupole G(E)(Q(2)), and Coulomb quadrupole G(C)(Q(2)) fo...
The pion electromagnetic form factor is calculated within the QCD light-cone sum rule method and usi...
We propose a new estimate of the process B --> (rho, omega) + gamma by using the light-cone QCD s...
We investigate the electromagnetic form factors of the (rho) meson in light cone QCD sum rules. We f...
The magnetic moment mu of the rho meson is studied in QCD light cone sum rules, and it is found that...
The nucleon electromagnetic form factors are calculated in a light cone QCD sum rules framework usin...
We calculate the electromagnetic form factors of the nucleon within the light-cone sum rule approach...
We study the electromagnetic nucleon form factors within the approach based on light-cone sum rules....
The magnetic moment (mu) of the (rho) meson is studied in the light cone QCD sum rule, and it is fou...
By using the quark part of the energy-momentum tensor current, the gravitational formfactors of the ...
We calculate the electromagnetic form factors of the scalar K-0(*)(1430), f(0)(1500) and a(0)(1450) ...
AbstractWe calculate the electromagnetic form factors of the nucleon within the light-cone sum rule ...
Electromagnetic form factors of the transition {pi} + {gamma}{sub virt.} {r_arrow} A{sub 1} are calc...
The ability for most hadrons to decay via strong interactions prevents the direct measurement of the...
Copyright © 1995 Published by Elsevier Science B.V.The suggestion of momentum dependence in the ampl...
The magnetic dipole G(M)(Q(2)), electric quadrupole G(E)(Q(2)), and Coulomb quadrupole G(C)(Q(2)) fo...
The pion electromagnetic form factor is calculated within the QCD light-cone sum rule method and usi...
We propose a new estimate of the process B --> (rho, omega) + gamma by using the light-cone QCD s...
We investigate the electromagnetic form factors of the (rho) meson in light cone QCD sum rules. We f...
The magnetic moment mu of the rho meson is studied in QCD light cone sum rules, and it is found that...
The nucleon electromagnetic form factors are calculated in a light cone QCD sum rules framework usin...
We calculate the electromagnetic form factors of the nucleon within the light-cone sum rule approach...
We study the electromagnetic nucleon form factors within the approach based on light-cone sum rules....
The magnetic moment (mu) of the (rho) meson is studied in the light cone QCD sum rule, and it is fou...
By using the quark part of the energy-momentum tensor current, the gravitational formfactors of the ...
We calculate the electromagnetic form factors of the scalar K-0(*)(1430), f(0)(1500) and a(0)(1450) ...
AbstractWe calculate the electromagnetic form factors of the nucleon within the light-cone sum rule ...
Electromagnetic form factors of the transition {pi} + {gamma}{sub virt.} {r_arrow} A{sub 1} are calc...
The ability for most hadrons to decay via strong interactions prevents the direct measurement of the...
Copyright © 1995 Published by Elsevier Science B.V.The suggestion of momentum dependence in the ampl...
The magnetic dipole G(M)(Q(2)), electric quadrupole G(E)(Q(2)), and Coulomb quadrupole G(C)(Q(2)) fo...
The pion electromagnetic form factor is calculated within the QCD light-cone sum rule method and usi...
We propose a new estimate of the process B --> (rho, omega) + gamma by using the light-cone QCD s...