Add to ORKGA completely non-perturbative estimate is given for g_A using both quenched and unquenched O(a) improved Wilson fermions. Particular attention is paid to the determination of the axial renormalisation constant, Z_A, using the Ward identity for the propagator. For the quenched case, we have results at three lattice spacings allowing a continuum extrapolation. (orig.)Available from TIB Hannover: RA 2999(00-153) / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Technische InformationsbibliothekSIGLEDEGerman
We present a method to compute non-perturbatively the renormalization constant of the scalar density...
We present the results of an extensive non-perturbative calculation of the renormalization constants...
A non-perturbative determination of the axial current improvement coefficient cA is performed with t...
We non-perturbatively calculate the renormalization factor of the static axial vector current in O(a...
By considering the local vector current between nucleon states and imposing charge conservation we d...
We present the results of an extensive lattice calculation of the renormalization constants of bilin...
We present the results of an extensive lattice calculation of the renormalization constants of bilin...
We compute the hadron mass spectrum, the quark masses and the meson decay constants in quenched latt...
We determine non-perturbatively the normalisation parameter $Z_\mathrm{m}Z_\mathrm{P}/Z_\mathrm{A}$ ...
We determine non-perturbatively the normalisation parameter $$Z_\mathrm{m}Z_\mathrm{P}/Z_\mathrm{A}$...
We report on non-perturbative computations of the improvement coefficient cV and the renormalization...
We determine non-perturbatively the normalisation parameter Z(m)Z(P)/Z(A) as well as the Symanzik co...
We compute the hadron mass spectrum, the quark masses and the meson decay constants in quenched latt...
We present initial results for light hadron masses and nucelon structure functions using a recent pr...
Abstract We determine the non-perturbatively renormalized axial current for $$\hbox {O}(a)$$ O(a) im...
We present a method to compute non-perturbatively the renormalization constant of the scalar density...
We present the results of an extensive non-perturbative calculation of the renormalization constants...
A non-perturbative determination of the axial current improvement coefficient cA is performed with t...
We non-perturbatively calculate the renormalization factor of the static axial vector current in O(a...
By considering the local vector current between nucleon states and imposing charge conservation we d...
We present the results of an extensive lattice calculation of the renormalization constants of bilin...
We present the results of an extensive lattice calculation of the renormalization constants of bilin...
We compute the hadron mass spectrum, the quark masses and the meson decay constants in quenched latt...
We determine non-perturbatively the normalisation parameter $Z_\mathrm{m}Z_\mathrm{P}/Z_\mathrm{A}$ ...
We determine non-perturbatively the normalisation parameter $$Z_\mathrm{m}Z_\mathrm{P}/Z_\mathrm{A}$...
We report on non-perturbative computations of the improvement coefficient cV and the renormalization...
We determine non-perturbatively the normalisation parameter Z(m)Z(P)/Z(A) as well as the Symanzik co...
We compute the hadron mass spectrum, the quark masses and the meson decay constants in quenched latt...
We present initial results for light hadron masses and nucelon structure functions using a recent pr...
Abstract We determine the non-perturbatively renormalized axial current for $$\hbox {O}(a)$$ O(a) im...
We present a method to compute non-perturbatively the renormalization constant of the scalar density...
We present the results of an extensive non-perturbative calculation of the renormalization constants...
A non-perturbative determination of the axial current improvement coefficient cA is performed with t...