HADRON PROPERTIES FROM QCD SUM RULES Page 1 HADRON PROPERTIES FROM
QCD SUM RULES LJ REINDERS, H. RUBINSTEIN and S. YAZAKI CERN, Geneva, Switzerland …

The necessary and useful tools of dimensional regularization (and renormalization), the so-
called ϵ-scheme, are reviewed. A survey on a comparison of various renormalization …

In an SVZ-type approach sum rules for baryonic currents have been investigated, without
radiative QCD corrections but with the inclusion of non-perturbative terms due to the non …

The masses of the baryon octet and decuplet are reproduced with a (10–20)% accuracy by
ratios of exponential moment QCD spectral sum rules, obeying the τ (sum rule variable) …

Applications of QCD sum-rule methods to the physics of nuclei are reviewed, with an
emphasis on calculations of baryon self-energies in infinite nuclear matter. The sum-rule …

We select sum rules from which one can extract directly reliable limits on the size of the
chiral symmetry breaking light quark condensate〈 ψ ̄ ψ〉. Combined results from the …

We analyse baryonic sum rules in order to determine chiral symmetry breaking
condensates. We especially investigate the influence of the choice of the interpolating field …

We re-examine recent determinations of power corrections from τ-decay and confront the
results with the existing ones from QCD spectral sum rules (QSSR). We conclude that …

We extract (for the first time) the ratio of the gluon condensate〈 g3fabcG3〉/〈 αsG2〉
expressed in terms of the liquid instanton radius ρc from charmonium moments sum rules by …

Motivated by the recent experimental progress in the Λ c decay that contains a neutron in the
final state, we analyze the semileptonic decay Λ c→ n ℓ ν ℓ in the framework of QCD sum …