We report preliminary results of our study of matrix elements of baryon number violating operators which appear in the low-energy effective Lagrangian of (SUSY-)Grand Unified Theories. The calculation is performed on a 323 × 80 lattice at β = 6.1 using Wilson fermions in the quenched approximation. Our calculation is independent of details of (SUSY-)GUT models and covers all interesting decay modes
We compute the hadronic matrix elements of the four-quark operators relevant for K0 − K¯ 0 mixing b...
We determine the masses, the singlet and octet decay constants as well as the anomalous matrix eleme...
Predicting the B0s −B¯0s width difference Δ Γ s relies on the heavy quark expansion and on...
We report preliminary results of our study of matrix elements of baryon number violating operators w...
We present preliminary results of a new lattice computation of hadronic matrix elements of baryon nu...
We present a model-independent calculation of hadron matrix elements for all dimension-6 operators a...
We present a model-independent calculation of hadron matrix elements for all dimension-six operators...
We present a lattice QCD calculation of the parameters α and β which are necessary in the theoretica...
Status report is made of our quenched study of heavy-light matrix elements employing the Wilson quar...
This talk presents results of weak matrix elements calculated from simulations done on 170 32^3 \tim...
The coupling constants of the order p^2 low-energy weak effective lagrangian can be determined from ...
We calculate the leading-order matrix element for the decay B --> K gamma in the quenched approximat...
We calculate the leading-order matrix element for exclusive decays of b→sγ in the quenched approxima...
We present results of several numerical studies with Wilson fermions relevant for kaon physics. We c...
We compute the hadronic matrix elements of the four-quark operators relevant for K0 − K¯ 0 mixing b...
We determine the masses, the singlet and octet decay constants as well as the anomalous matrix eleme...
Predicting the B0s −B¯0s width difference Δ Γ s relies on the heavy quark expansion and on...
We report preliminary results of our study of matrix elements of baryon number violating operators w...
We present preliminary results of a new lattice computation of hadronic matrix elements of baryon nu...
We present a model-independent calculation of hadron matrix elements for all dimension-6 operators a...
We present a model-independent calculation of hadron matrix elements for all dimension-six operators...
We present a lattice QCD calculation of the parameters α and β which are necessary in the theoretica...
Status report is made of our quenched study of heavy-light matrix elements employing the Wilson quar...
This talk presents results of weak matrix elements calculated from simulations done on 170 32^3 \tim...
The coupling constants of the order p^2 low-energy weak effective lagrangian can be determined from ...
We calculate the leading-order matrix element for the decay B --> K gamma in the quenched approximat...
We calculate the leading-order matrix element for exclusive decays of b→sγ in the quenched approxima...
We present results of several numerical studies with Wilson fermions relevant for kaon physics. We c...
We compute the hadronic matrix elements of the four-quark operators relevant for K0 − K¯ 0 mixing b...
We determine the masses, the singlet and octet decay constants as well as the anomalous matrix eleme...
Predicting the B0s −B¯0s width difference Δ Γ s relies on the heavy quark expansion and on...