activity
20002013
most citedProperties of Strange Hadronic Matter in Bulk and in Finite Systems

244 citations · 656 across the 6 of their papers we have counts for

collaborators

6 papers

nucl-th2013★ 111 cited

Three-body calculation of the Delta-Delta dibaryon candidate D(03) at 2.37 GeV

Avraham Gal, Humberto Garcilazo

The D(03) dibaryon is generated dynamically as a resonance pole in a pion-nucleon-Delta' three-body model, where Delta' is a stable Delta baryon. Using separable interactions domin…

nucl-th2012★ 129 cited

Realistic calculations of Kbar-N-N, Kbar-N-N-N, and Kbar-Kbar-N-N quasibound states

N. Barnea, A. Gal, E. Z. Liverts

Binding energies and widths of three-body KbarNN, and of four-body KbarNNN and KbarKbarNN nuclear quasibound states are calculated in the hyperspherical basis, using realistic NN p…

nucl-ex2009★ 45 cited

New results on Mesonic Weak Decay of -shell -Hypernuclei

The FINUDA Collaboration, M. Agnello, A. Andronenkov +51

The FINUDA experiment performed a systematic study of the charged mesonic weak decay channel of -shell -hypernuclei. Negatively charged pion spectra from mesonic decay were m…

nucl-th2002★ 62 cited

Faddeev-Yakubovsky search for Lambda-Lambda hydrogen-4

I. N. Filikhin, A. Gal

Evidence for particle stability of Lambda-Lambda hydrogen-4 (4LLH) has been suggested by the BNL-AGS E906 experiment. We report on Faddeev-Yakubovsky calculations for the four-body…

nucl-th2001★ 65 cited

Light Lambda-Lambda Hypernuclei and the Onset of Stability for Lambda-Xi Hypernuclei

I. N. Filikhin, A. Gal

New Faddeev-Yakubovsky calculations for light Lambda-Lambda hypernuclei are presented in order to assess the self consistency of the Lambda-Lambda hypernuclear binding-energy world…

nucl-th2000★ 244 cited

Properties of Strange Hadronic Matter in Bulk and in Finite Systems

J. Schaffner-Bielich, A. Gal

The hyperon-hyperon potentials due to a recent SU(3) Nijmegen soft-core potential model are incorporated within a relativistic mean field calculation of strange hadronic matter. We…