A new Monte-Carlo based uncertainty analysis is introduced to quantitatively determine the
predictive ability of QCD sum rules. A comprehensive analysis of ground stateρ-meson and …

Interpolating fields, used to excite hadrons from the QCD vacuum in nonperturbative field-
theoretic investigations of hadron properties, are explored with an emphasis on …

The in-medium behavior of the nucleon spectral density including self-energies is revisited
within the framework of QCD sum rules. Special emphasis is given to the density …

The contribution of nucleons to the quark condensate in nuclear matter includes a piece of
first order in m π, arising from the contribution of low-momentum virtual pions to the π N σ …

We evaluate the πN coupling constant using a QCD sum rule based on the pion-to-vacuum
matrix element of the correlator of two interpolating nucleon fields. The part of the correlator …

We evaluate the πNN, πΣΣ, and πΣΛ coupling constants using QCD sum rules based on
pion-to-vacuum matrix elements of correlators of two interpolating baryon fields. The parts of …

We present a study of the strong isospin-breaking (IB) effect, due in QCD to the difference
between u-and d-quark masses, in the leptonic decay constants of charmed and beauty …

Results for the first test of the ''crude''QCD continuum model, commonly used in QCD sum
rule analyses, are presented for baryon correlation functions. The QCD continuum model is …

The quark condensate in nuclear matter contains a term of order ϱmπ, arising from the
contribution of low-momentum virtual pions to the πN sigma commutator. Standard …

The electric dipole moments of nucleons (NEDM, d_N) are calculated using the method of
QCD sum rules. Our calculations are based on the parity and time reversal violating …