Delayed clusters accompanying nonmesonic weak decay of the Λ\Lambda-hypernuclei: a clue to nonleptonic processes

The nonmesonic decay of $\Lambda$-hypernuclei provides access to the nonleptonic weak decay process $\Lambda N \to NN$, which is achievable only through the observation of hypernuclear ground-state decays. We continue the discussion of some specific cases which make it possible to detect a few exclusive transitions, namely, the stripping of nucleon from the ground state results in a resonance state decaying via emission of two clusters. Delayed clusters accompanying weak decay of light hypernuclei give a unique information on spin dependence of the weak decay matrix elements.Comment: Presented at International Bogolyubov Conference "Problems of Theoretical and Mathematical Physics" (dedicated to the 100th anniversary of the birth of N.N.~Bogolyubov) Dubna, Russia, August 21 - 27, 200

Hyperfragments from light 1p-shell nuclei

Our contribution is inspired by the possibility to identify hyperfragments in the reaction (e, e′K+). In the near future two experiments at JLab and Mainz will provide a systematic study of the fragments from the primary p-shell hypernuclei

Hyperfragments from light 1p-shell nuclei

Our contribution is inspired by the possibility to identify hyperfragments in the reaction (e, e′K+). In the near future two experiments at JLab and Mainz will provide a systematic study of the fragments from the primary p-shell hypernuclei

Hyperfragments from light 1p-shell nuclei

Our contribution is inspired by the possibility to identify hyperfragments in the reaction (e, e′K+). In the near future two experiments at JLab and Mainz will provide a systematic study of the fragments from the primary p-shell hypernuclei