Diapositiva 1

(F.Cusanno, M.Iodice et al,Phys. Rev. Lett.103 202501 (2009).

670 keV FWHM(M. Iodice,F.Cusanno et al. Phys.Rev.Lett. 99,052501 (2007)12C(e,eK)12BL 16O(e,eK)16NLHigh Resolution Hypernuclear Spectroscopy at Jefferson Lab Hall A

(G. M. Urciuoli, F. Cusanno, S. Marrone et to be sumbitted to Phys Rev C12C(e,eK+)9Li HRS HKS: (e, eK+) experiments for mass spectroscopyHKS Enge or HKS HES: New decay - spectroscopy experimentUnified collaboration from the previous Hall A and C collaborations

Enge ()HES ()HKS (K)HRS (e)SeptumSeptumCombine the features of previous Hall A and C experiments, create an optimized future program w/ the CEBAF CW beamFuture Project: Super Hypernuclear Physics at JlabA Study with High Precision on the Electro-production of the and -Hypernuclei in the Full Mass Range

1.Elementary L, S0

2.Few-body 2D(e,eK+) [LN] - Exotic bound state, LN interaction 4He(e,eK+)4LH - LN, Charge Symmetry Breaking( CSB)e,e reaction spectroscopy4. Heavy208Pb(e,eK+) 208LTl L in heaviest nucleus

3.Medium-heavy

40,44,48Ca(e,eK+) 40,44,48LK27Al(e,eK+) 27LMg 48Ti(e,eK+) 48LSc LN, Ls S.E., iso-spin, A dependence of BL Mean field approximation Single particle nature of L Tri-axial deformation,Level inversion due to L Reliable data from 1H(e,eK+)L,S0 at low Q2 Dynamis, f.f., LN, A dependence of BL Mean field approximation Single particle nature of L The role of three body forces Neuron stars structure and dynamics

3Decay Pion Spectroscopy to Study -HypernucleiDirect Productionpe e12CK +Example:Low lying Hypernuclear States12Bg.s.E.M.12C -Weak mesonic two body decay (~10-10s)*Fragmentation Processpe12C*s12B*eK +Highly Excited Hypernuclear States4HFragmentation (